Pioneer Djm-T1 Service Manual by fu3l3r fu3l3r

ORDER NO.

RRV4196 DJM-T1

DJ MIXER

DJM-T1 THIS MANUAL IS APPLICABLE TO THE FOLLOWING MODEL(S) AND TYPE(S). Model

Type

Power Requirement

DJM-T1

SYXJ8

AC 220 V to 240 V

DJM-T1

UXJCB

AC 120 V

DJM-T1

LXJ

AC 110 V to 120 V or 220 V to 240 V

DJM-T1

KXJ5

AC 220 V

DJM-T1

XJCN5

AC 220 V to 240 V

Remarks

PIONEER CORPORATION 1-1, Shin-ogura, Saiwai-ku, Kawasaki-shi, Kanagawa 212-0031, Japan PIONEER ELECTRONICS (USA) INC. P.O. Box 1760, Long Beach, CA 90801-1760, U.S.A. PIONEER EUROPE NV Haven 1087, Keetberglaan 1, 9120 Melsele, Belgium PIONEER ELECTRONICS ASIACENTRE PTE. LTD. 253 Alexandra Road, #04-01, Singapore 159936 PIONEER CORPORATION 2011 K-IZV JUNE 2011 Printed in Japan

SAFETY INFORMATION A

This service manual is intended for qualified service technicians; it is not meant for the casual do-ityourselfer. Qualified technicians have the necessary test equipment and tools, and have been trained to properly and safely repair complex products such as those covered by this manual. Improperly performed repairs can adversely affect the safety and reliability of the product and may void the warranty. If you are not qualified to perform the repair of this product properly and safely, you should not risk trying to do so and refer the repair to a qualified service technician. WARNING B

This product may contain a chemical known to the State of California to cause cancer, or birth defects or other reproductive harm. Health & Safety Code Section 25249.6 - Proposition 65

(FOR USA MODEL ONLY)

1. SAFETY PRECAUTIONS The following check should be performed for the continued protection of the customer and service technician. C

ANY MEASUREMENTS NOT WITHIN THE LIMITS OUTLINED ABOVE ARE INDICATIVE OF A POTENTIAL SHOCK HAZARD AND MUST BE CORRECTED BEFORE RETURNING THE APPLIANCE TO THE CUSTOMER.

LEAKAGE CURRENT CHECK Measure leakage current to a known earth ground (water pipe, conduit, etc.) by connecting a leakage current tester such as Simpson Model 229-2 or equivalent between the earth ground and all exposed metal parts of the appliance (input/output terminals, screwheads, metal overlays, control shaft, etc.). Plug the AC line cord of the appliance directly into a 120 V AC 60 Hz outlet and turn the AC power switch on. Any current measured must not exceed 0.5 mA.

Reading should Leakage not be above current 0.5 mA tester

Device under test Test all exposed metal surfaces

Also test with plug reversed (Using AC adapter plug as required)

Earth ground

2. PRODUCT SAFETY NOTICE Many electrical and mechanical parts in the appliance have special safety related characteristics. These are often not evident from visual inspection nor the protection afforded by them necessarily can be obtained by using replacement components rated for voltage, wattage, etc. Replacement parts which have these special safety characteristics are identified in this Service Manual. Electrical components having such features are identified by marking with a > on the schematics and on the parts list in this Service Manual. The use of a substitute replacement component which does not have the same safety characteristics as the PIONEER recommended replacement one, shown in the parts list in this Service Manual, may create shock, fire, or other hazards. Product Safety is continuously under review and new instructions are issued from time to time. For the latest information, always consult the current PIONEER Service Manual. A subscription to, or additional copies of, PIONEER Service Manual may be obtained at a nominal charge from PIONEER.

AC Leakage Test

DJM-T1 1

CONTENTS 1. SERVICE PRECAUTIONS .................................................................................................................................................... 5 1.1 NOTES ON SOLDERING ............................................................................................................................................... 5 1.2 NOTES ON REPLACING ............................................................................................................................................... 5 1.3 NOTES ON SERVICING................................................................................................................................................. 5 2. SPECIFICATIONS................................................................................................................................................................. 6 3. BASIC ITEMS FOR SERVICE .............................................................................................................................................. 7 3.1 CHECK POINTS AFTER SERVICING ........................................................................................................................... 7 3.2 JIGS LIST ....................................................................................................................................................................... 7 3.3 PCB LOCATIONS ........................................................................................................................................................... 8 4. BLOCK DIAGRAM .............................................................................................................................................................. 10 4.1 OVERALL WIRING DIAGRAM ..................................................................................................................................... 10 4.2 OVERALL BLOCK DIAGRAM....................................................................................................................................... 12 4.3 POWER BLOCK DIAGRAM ......................................................................................................................................... 14 5. DIAGNOSIS ........................................................................................................................................................................ 15 5.1 POWER ON SEQUENCE............................................................................................................................................. 15 5.2 TROUBLESHOOTING.................................................................................................................................................. 16 5.3 VOLTAGE MONITORING CIRCUIT .............................................................................................................................. 24 5.4 ABOUT PROTECTOR .................................................................................................................................................. 25 5.5 CONNECTION CHECK WITH USB ............................................................................................................................. 26 5.6 DVS SIGNAL ROUTE CONFIRMATION METHOD ...................................................................................................... 27 6. SERVICE MODE ................................................................................................................................................................. 31 6.1 TEST MODE................................................................................................................................................................. 31 6.2 ABOUT THE DEVICE................................................................................................................................................... 47 6.3 DEFAULT SETTING...................................................................................................................................................... 47 7. DISASSEMBLY ................................................................................................................................................................... 48 8. EACH SETTING AND ADJUSTMENT ................................................................................................................................ 58 8.1 NECESSARY ITEMS TO BE NOTED........................................................................................................................... 58 8.2 UPDATING OF THE FIRMWARE ................................................................................................................................. 58 8.3 USER SETTABLE ITEMS............................................................................................................................................. 62 9. EXPLODED VIEWS AND PARTS LIST............................................................................................................................... 64 9.1 PACKING SECTION ..................................................................................................................................................... 64 9.2 EXTERIOR SECION..................................................................................................................................................... 66 9.3 BOTTOM SECTION...................................................................................................................................................... 68 9.4 FADER SECTION ......................................................................................................................................................... 70 9.5 CONTROL PANEL SECTION ....................................................................................................................................... 72 10. SCHEMATIC DIAGRAM .................................................................................................................................................... 74 10.1 INPUT ASSY (1/2) ...................................................................................................................................................... 74 10.2 INPUT (2/2) and HPJK ASSYS .................................................................................................................................. 76 10.3 TRM1 and TRM2 ASSYS ........................................................................................................................................... 78 10.4 FDSW ASSY............................................................................................................................................................... 79 10.5 MCJK ASSY ............................................................................................................................................................... 80 10.6 MCVR ASSY............................................................................................................................................................... 82 10.7 OUTPUT ASSY (1/7) .................................................................................................................................................. 84 10.8 OUTPUT ASSY (2/7) .................................................................................................................................................. 86 10.9 OUTPUT ASSY (3/7) .................................................................................................................................................. 88 10.10 OUTPUT ASSY (4/7) ................................................................................................................................................ 90 10.11 OUTPUT ASSY (5/7) ................................................................................................................................................ 92 10.12 OUTPUT ASSY (6/7) ................................................................................................................................................ 94 10.13 OUTPUT ASSY (7/7) ................................................................................................................................................ 96 10.14 VRSW ASSY (1/2) .................................................................................................................................................... 98 10.15 VRSW ASSY (2/2) .................................................................................................................................................. 100 10.16 PNLL ASSY ............................................................................................................................................................ 102 10.17 PNLR ASSY............................................................................................................................................................ 104 10.18 CHFD1 and CHFD2 ASSYS................................................................................................................................... 106 10.19 CRFD ASSY ........................................................................................................................................................... 107 10.20 SECONDARY ASSY............................................................................................................................................... 108 10.21 TRANS ASSY ......................................................................................................................................................... 110 10.22 PRIMARY and ACSW ASSYS ................................................................................................................................ 112 10.23 REG ASSY ............................................................................................................................................................. 114 10.24 WAVEFORMS......................................................................................................................................................... 115

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11. PCB CONNECTION DIAGRAM ......................................................................................................................................118 11.1 INPUT and HPJK ASSYS .........................................................................................................................................118 11.2 TRM1 and TRM2 ASSYS..........................................................................................................................................122 11.3 FDSW ASSY .............................................................................................................................................................123 11.4 MCJK ASSY..............................................................................................................................................................124 11.5 MCVR ASSY .............................................................................................................................................................125 11.6 OUTPUT ASSY.........................................................................................................................................................126 11.7 VRSW ASSY.............................................................................................................................................................130 11.8 PNLL ASSY...............................................................................................................................................................132 11.9 PNLR ASSY ..............................................................................................................................................................134 11.10 CHFD1, CHFD2 and CRFD ASSYS .......................................................................................................................136 11.11 SECONDARY ASSY ...............................................................................................................................................138 11.12 TRANS ASSY .........................................................................................................................................................139 11.13 PRIMARY and ACSW ASSYS ................................................................................................................................140 11.14 REG ASSY..............................................................................................................................................................142 12. PCB PARTS LIST ............................................................................................................................................................143

DJM-T1 1

1. SERVICE PRECAUTIONS 1.1 NOTES ON SOLDERING A

• For environmental protection, lead-free solder is used on the printed circuit boards mounted in this unit. Be sure to use lead-free solder and a soldering iron that can meet specifications for use with lead-free solders for repairs accompanied by reworking of soldering. • Compared with conventional eutectic solders, lead-free solders have higher melting points, by approximately 40 ºC. Therefore, for lead-free soldering, the tip temperature of a soldering iron must be set to around 373 ºC in general, although the temperature depends on the heat capacity of the PC board on which reworking is required and the weight of the tip of the soldering iron. Do NOT use a soldering iron whose tip temperature cannot be controlled. Compared with eutectic solders, lead-free solders have higher bond strengths but slower wetting times and higher melting temperatures (hard to melt/easy to harden).

The following lead-free solders are available as service parts: • Parts numbers of lead-free solder: GYP1006 1.0 in dia. GYP1007 0.6 in dia. GYP1008 0.3 in dia.

1.2 NOTES ON REPLACING The part listed below is difficult to replace as a discrete component part. When the part listed in the table is defective, replace whole Assy. Assy Name OUTPUT Assy

Ref No.

Function

Parts that is Diffcult to Replace Part No.

Remarks

IC123

Multi-ch-DAC

PCM1691DCA

IC with heat-pad

IC128

Regulator

BD9326EFJ

IC with heat-pad

1.3 NOTES ON SERVICING On the New Noncontact Faders Noncontact faders are provided with this product. When replacement of the fader is required, be sure to order the CROSS FADER Assy (DXA2243) which is a parent Assy. After replacement of the faders, adjustments are required. For details, see “Mode 8: For adjusting the cross fader” in “6.1 TEST MODE.”

DJM-T1 5

2. SPECIFICATIONS A

General Power requirements........ AC 220 V to 240 V, 50 Hz/ 60 Hz (SYXJ8) AC 120 V, 60 Hz (UXJCB) AC 110 V to 120 V or 220 V to 240 V, 50 Hz/ 60 Hz (LXJ) AC 220 V, 60 Hz (KXJ5) AC 220 V to 240 V, 50 Hz/ 60 Hz (XJCN5) Power consumption ..............................25 W (SYXJ8, LXJ, XJCN5) 23 W (UXJCB) 22 W (KXJ5) Power consumption (standby) ................................................0.4 W Main unit weight...................................................................... 6.1 kg Max. external dimensions ... 265 mm (W) x 107.9 mm (H) x 403 mm (D) Tolerable operating temperature..............................+5 °C to +35 °C Tolerable operating humidity............5 % to 85 % (no condensation) Audio Section Sampling rate ........................................................................48 kHz A/ D, D/ A converter............................................................... 24 bits Frequency characteristic CD ..................................................................... 20 Hz to 20 kHz S/ N ratio (rated output) PHONO ..............................................................................92 dB CD ....................................................................................106 dB MIC.....................................................................................84 dB Total harmonic distortion (CD — MASTER1) ......................0.004 % Standard input level / Input impedance PHONO .............................................................. –52 dBu/ 47 kΩ CD ...................................................................... –12 dBu/ 47 kΩ MIC..................................................................... –52 dBu/ 47 kΩ AUX .................................................................... –12 dBu/ 29 kΩ Standard output level / Load impedance / Output impedance MASTER1..................................... +6 dBu/ 10 kΩ/ 10 Ω or lower MASTER2................................................. +2 dBu/ 10 kΩ/ 330 Ω BOOTH......................................... +6 dBu/ 10 kΩ/ 10 Ω or lower PHONES ..................................... +5.4 dBu/ 32 Ω/ 10 Ω or lower Rated output level / Load impedance MASTER1........................................................... +24 dBu/ 10 kΩ MASTER2........................................................... +20 dBu/ 10 kΩ Crosstalk (CD) ........................................................................86 dB

Channel equalizer characteristic HI ............................................................... –∞ to +6 dB (13 kHz) MID.............................................................. –∞ to +6 dB (1 kHz) LOW ............................................................ –∞ to +6 dB (70 Hz) Microphone equalizer characteristic HI ...................................................... –12 dB to +12 dB (10 kHz) LOW ................................................. –12 dB to +12 dB (100 Hz) Input / Output terminals PHONO input terminal RCA pin jack...................................................................... 2 sets CD input terminal RCA pin jack...................................................................... 2 sets MIC input terminal XLR connector/ phone jack (Ø 6.3 mm) .............................. 1 set AUX input terminal RCA pin jacks ...................................................................... 1 set MASTER output terminal XLR connector..................................................................... 1 set RCA pin jacks ...................................................................... 1 set BOOTH output terminal TRS phone jack (Ø 6.3 mm) ................................................ 1 set PHONES output terminal Stereo phone jack (Ø 6.3 mm) ............................................ 1 set USB terminal B type .................................................................................. 1 set • The specifications and design of this product are subject to change without notice. • The software screens used in these operating instructions are from the development stage and may differ from the actual screens.

Accessories

• TRAKTOR SCRATCH DUO 2 software DVD-ROM (DXX2676) • TRAKTOR SCRATCH CONTROL CD ×2 • TRAKTOR SCRATCH CONTROL VINYL ×2 • Driver software CD-ROM (DXX2675) • USB cable (DDE1128) • Power cord (SYXJ8: ADG7062)(UXJCB: DDG1108)(LXJ: ADG7062)(KXJ5: ADG7115)(XJCN5: ADG7105) • Warranty card (SYXJ8 only) • Operating instructions (SYXJ8: DRB1557, DRB1562)(UXJCB: DRB1558)(LXJ: DRB1559)(KXJ5: DRB1560)(XJCN5: DRB1561)

DJM-T1 1

3. BASIC ITEMS FOR SERVICE 3.1 CHECK POINTS AFTER SERVICING Items to be checked after servicing

To keep the product quality after servicing, confirm recommended check points shown below. No.

Procedures

Check points

Check the firmware version in Test mode.

The firmware version must be the latest one. If it is not the latest one, be sure to update it.

Confirm whether the customer complain has been solved. The customer complain must not be reappeared. If the customer complain occurs with the specific source, such as Audio and operations must be normal. Mic, each Input, Fader, Equalizer, and Trim, input that specific source for checking.

Check the analog audio input (Check the Channel 1, 2 and MIC/AUX.) (Make the analog connections with CDJ player, analog player and MIC.)

Audio and operations must be normal.

Check the analog audio output (MASTER1, 2 and BOOTH.) (Make the analog connection with CDJ player.)

Audio and operations must be normal.

Check DVS signal route.

Make sure that PC applications function properly and that the audio signals and operations of each channel are normal.

Check the headphones output.

There must be no errors, such as noise, in the audio output.

Check playback, using the fader function. (Select the fader function then check operations of each channel with audio signals.)

There must be no errors in audio output and operations of each channel.

Check the connection of each interface.

USB B

The device must be properly recognized by the PC.

Check the buttons.

Make sure that all buttons on the main unit function properly.

Check the FL displays and LEDs.

Check that all the LEDs light in Test mode.

Check the user settings.

They must be returned to those set before repair.

Check the appearance of the product.

No scratches or dirt on its appearance after receiving it for service.

See the table below for the items to be checked regarding audio. Item to be checked regarding audio

Distortion Noise Volume too low Volume too high Volume fluctuating Sound interrupted

3.2 JIGS LIST Jigs List Jig Name USB cable

Part No.

Purpose of use / Remarks

GGP1193

for PC connection, accessory

Lubricants and Glues List Name

Part No.

Remarks

Silicon grease

GEM1057

Refer to "9.3 BOTTOM SECTION".

Lubricating oil

GYA1001

Refer to "9.4 FADER SECTION". 7

DJM-T1 5

3.3 PCB LOCATIONS A

VRSW ASSY

TRM1 ASSY

TRM2 ASSY

• Bottom view

ACSW ASSY

INPUT ASSY

PRIMARY ASSY

OUTPUT ASSY

REG ASSY

TRANS ASSY

SECONDARY ASSY

CHFD2 M ASSY PNLR ASSY

CHFD1 ASSY CRFD ASSY

HPJK ASSY

MCJK ASSY

PNLL ASSY

FDSW ASSY

MCVR ASSY

NOTES:

Mark No.

Description

Part No.

Mark No.

Description

Part No.

LIST OF ASSEMBLIES NSP

1..MAIN ASSY 2..OUTPUT ASSY 2..MCVR ASSY 2..TRM1 ASSY 2..TRM2 ASSY

DWM2437 DWX3257 DWX3264 DWX3268 DWX3269

NSP

1..PANEL ASSY 2..VRSW ASSY 2..CHFD1 ASSY 2..CHFD2 ASSY 2..MCJK ASSY 2..FDSW ASSY 2..HPJK ASSY

NSP NSP NSP

1..POWER ASSY (SYXJ8, KXJ5,XJCN5) 1..POWER ASSY (UXJCB) 1..POWER ASSY (LXJ) 2..PRIMARY ASSY (SYXJ8, KXJ5,XJCN5) 2..PRIMARY ASSY (UXJCB)

DWM2440 DWM2442 DWM2441 DWR1496 DWR1498

DWM2438 DWX3259 DWX3260 DWX3261 DWX3265

2..PRIMARY ASSY (LXJ) 2..TRANS ASSY (SYXJ8, KXJ5,XJCN5) 2..TRANS ASSY (UXJCB) 2..TRANS ASSY (LXJ) 2..SECONDARY ASSY

DWR1497 DWR1500 DWR1501 DWR1505 DWR1503

DWX3266 DWX3267

2..REG ASSY 2..ACSW ASSY 2..PNLL ASSY 2..PNLR ASSY 2..INPUT ASSY

DWR1504 DWS1435 DWX3262 DWX3263 DWX3282

NSP

1..CROSS FADER ASSY 2..CRFD ASSY

DXA2243 DWX3258

DJM-T1 1

DJM-T1 5

4. BLOCK DIAGRAM 4.1 OVERALL WIRING DIAGRAM USB

JA101 DKN1237-A

LED_SEG5

LED_SEG4 LED_SEG6

LED_SEG7 LED_SEG2

LED_SEG8 LED_SEG1

LED_SEG2 LED_SEG8

LED_SEG1

LED_SEG9 LED_SEG0

1 6 STBY_LED

O SECO ASSY

1 7 RENC0_2 1 8 V+3R3D 1 9 GRID5 2 0 GRID2

GRID6

2 1 GRID6

GRID1 V+5LED

2 2 GRID1

2 3 V+5LED

GRID0

2 4 GRID0

GNDA

V-15A

GND5A V+5A

GNDD 7

GNDD

V+5D_UNREG 8 GNDD 9

AD_CE1 KEY4

V+5D_UNREG GNDD

AD_CE0

POWER_DOWN 1 0

KEY3 RENC2_1

GRID4

AD_CE1 KEY4

AD_CE0

KEY3 RENC2_1 KEY2 RENC2_2 KEY1 GNDD

9 10 11

1 1 GNDD 1 2 KEY0 1 3 MAS_MUTE 1 4 RENC1_2 1 5 GNDD 1 6 GNDD

FX1_3

2 0 FX1_3

AD_AN1_1 FX1_2 AD_AN2_2

2 1 AD_AN1_1

2 2 FX1_2

2 3 AD_AN2_2

1 7 V+5LED 1 8 RENC1_1 1 9 AD_AN1_2

2 4 GNDREF 2 5 AD_AN2_1

GNDREF 2 6 V+3R3REF 2 7

2 6 GNDREF 2 7 V+3R3REF

GRID3 LED_SEG3 GRID4 LED_SEG4

LED_SEG2 GRID3

LED_SEG3

GRID5 LED_SEG5

GRID4 LED_SEG4 GRID5

GRID6 REVERSE_SEG

KEY5 LED_SEG6 KEY6

LED_SEG7

6 4

V+5LED

5 6

OUTPUT ASSY (DWX3257)

LED_SEG5 GRID6

REVERSE_SEG

CN2301 KM200NA3E P=2.0mm

1 1 LED_SEG6 1 2 KEY6 1 3 LED_SEG7 1 4 KEY7

CHFD1 ASSY (DWX3260)

V+3R3REF

AD_CH1_FADER

GNDREF

PF03PP6Q17 L=175mm

PF15PP-Q20 L=200mm

GNDREF AD_CRS_FADER

V+3R3REF

CRFD ASSY (DWX3258)

GNDOUT HP_R

GNDMIC GNDMIC

MIC_L_IN GNDMIC

MIC_R_IN

GNDOUT HP_L GNDMIC GNDMIC

9 MIC_R_IN GNDCH1 1 0

1 0 GNDIN

GNDCH1 1 1

1 1 GNDIN 1 2 CH1_L_TIME 1 3 GNDIN 1 4 CH1_R_TIME 1 5 GNDIN 1 6 CH1_L 1 7 GNDIN 1 8 CH1_R 1 9 GNDIN 2 0 GNDIN 2 1 GNDIN 2 2 GNDIN

GNDCH2 2 3 CH2_L 2 4

2 3 GNDIN

GNDCH2 2 5 CH2_R 2 6

2 5 GNDIN

GNDCH2 2 7 28 CH2_L_TIME

2 7 GNDIN

GNDCH2 2 9

2 9 GNDIN

2 4 CH2_L 2 6 CH2_R 2 8 CH2_L_TIME 3 0 CH2_R_TIME

GNDCH2 3 1

3 1 GNDIN

CN109 VKN1238-A P=1.0mm

CN3601 VKN1267-A P=1.0mm

V+3R3REF GNDREF

CH1_TRIM

CH1_ASEL_OUT MUTE

CH2_ASEL_OUT

CH2_TRIM

CH1_ASEL_OUT MUTE CH2_ASEL_OUT CH2_TRIM

DDD1579-A L=110mm P=1.0mm (REVERSE)

GNDREF

AD_CH2_FADER V+3R3REF

AUX_SELECT

MIC_ASEL_OUT

MIC_SELECT

FDSW_THRU REVERSE_SEL

FDSW_CURVE

REVERSE_SEL

GRID5

GRID6

LED_SEG6 KEY7 KEY6 KEY5

LED_SEG3 LED_SEG4

LED_SEG5

CHFD2 ASSY (DWX3261)

DDD1578-A L=100mm P=1.0mm (STRAIGHT)

PNLR ASSY (DWX3263)

MIC JA2501 DKB1108-A

When ordering service parts, be sure to refer to "EXPLODED VIEWS and PARTS LIST" or "PCB PARTS LIST". - The > mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of identical designation. : The power supply is shown with the marked box. -

DJM-T1 1

V-15A

CN2503 VKN1237-A P=1.0mm

MIC_ASEL_OUT MIC_SELECT FDSW_THRU

PF03PP2Q17 L=175mm

CN105 VKN1237-A P=1.0mm

FDSW_CURVE LED_SEG2

GNDD

V+5LED

GNDD REVERSE_SEG LED_SEG7

CN3801 KM200NA15L P=2.0mm

AD_CH2_FADER V+3R3REF

CN107 KM200NA3R P=2.0mm

CN2504 KM200NA6 P=2.0mm

PF03PP-Q30 L=300mm CN2401 KM200NA3R P=2.0mm

GNDREF CH2_FADER

CH2_R_TIME

V+3R3REF

CN108 KM200NA3 P=2.0mm

GNDCH2 2 1 GNDCH2 2 2

CN106 KM200NA3E P=2.0mm

CN4001 AKM1274-A P=2.0mm

CH1_R 1 8 GNDCH1 1 9 GNDCH1 2 0

AD_CH1_FADER GNDREF

CH1_L 1 6 GNDCH1 1 7

1 0 KEY5

1 7 V+5LED

GND5DA HP_L

CH1_R_TIME 1 4 GNDCH1 1 5

1 6 GNDD

GND5DA HP_R

12 CH1_L_TIME GNDCH1 1 3

1 5 GNDD

GNDD 3 GNDD 2

GRID6

GRID5

9 8

KEY7

DDD1577-A L=105mm P=1.0mm (STRAIGHT)

LED_SEG2

LED_SEG5

LED_SEG6 KEY7 KEY6 KEY5 12

LED_SEG3 LED_SEG4 8

GNDD

V+5LED

GNDD

REVERSE_SEG LED_SEG7 LED_SEG2 6

CN3702 KM200NA15L P=2.0mm

CN104 VKN1248-A P=1.0mm

CN3603 VKN1291-A P=1.0mm

CN110 VKN1262-A P=1.0mm

H H 1/7- H 7/7 CN3701 VKN1277-A P=1.0mm

1 0 POWER_DOWN

D20PDY1010E L=100mm

KEY2 RENC2_2

17 18

1 0 KEY1

V+5LED RENC1_1 AD_AN1_2

GNDREF 2 4

V+15A

GNDD 1 5 GNDD 1 6

PNLL ASSY (DWX3262)

V+5AU_DOWN

GRID3

AD_AN2_1

GND5A V+5A

GNDA

V-15A

RENC1_2

V+15A

CN103 VKN1258-A P=1.0mm

(DWR

JH3201 51048-1000 P=2.0mm

CN112 52147-1010 P=2.0mm

2 5 GNDD

GRID3

KEY0 1 2 MAS_MUTE 1 3

1 5 RENC0_1

V+5AU_DOWN

VRSW ASSY (DWX3259)

V+D_UNREG

1 4 STBY_SW

CN2002 VKN1258-A P=1.0mm

RELAY_CONT GNDD

V-5HP

2/2

CN3202 KM200NA7 P=2.0mm

V+D_UNREG

1 3 LED_SEG11

GNDD 1

P=2.0mm

RELAY_CONT 1 GNDD 2

LED_SEG9 1 0 LED_SEG0 1 1 LED_SEG10 1 2 GNDD 9

JP3001 PF03PG-Q07 L=75mm

CN111 KM200NA3 P=2.0mm

1/2-

CN3605 KM200NA7L P=2.0mm

DDD1576-A L=270mm P=1.0mm (REVERSE)

V+3R3D GRID5 GRID2

DDD1580-A L=85mm P=1.0mm (REVERSE)

V-5HP

LED_SEG3 LED_SEG7

V-15A

JA106 DKN1622-A

RENC0_1 STBY_LED RENC0_2

BOOTH JA105 DKN1622-A

CN3604 KM200NA6L P=2.0mm

LED_SEG11 STBY_SW 1 2 13

DDD1575-A L=365mm P=1.0mm (STRAIGHT)

LED_SEG6 LED_SEG3

JA103 DKB1093-A

CN102 VKN1256-A P=1.0mm

LED_SEG5 LED_SEG4

LED_SEG10 1 5 GNDD 1 4

MASTER1 JA102 DKB1093-A

JA104 AKB7181-A

CN2001 VKN1256-A P=1.0mm

MASTER2

M (D

A !

! L

P=2.0mm

V+D_UNREG

! 2

VIOLET

O SECONDARY ASSY (DWR1503)

JH3201 51048-1000 P=2.0mm 1

V+5AU_DOWN

V+15A

GNDA

V-15A

5 6

GND5A V+5A

GNDD

V+5D_UNREG GNDD

V+15_AC

NC V+5A_AC1

2 3

GNDA V+5D_AC1

V+5D_AC2

1 0 NC

V+5HP_AC

1 1 V+5HP_AC

1 2 GND_HP 1 3 V-5HP_AC

JH3401 51048-1000 P=2.0mm

CN3203 52147-1010 P=2.0mm V-15A

V-15A_UNREG V+15A

GNDA

V+15A_UNREG

GNDA V+15A_UNREG

V+5HP

GNDA V+15A 6

GNDHP

V-5HP

GNDA V-15A 5

CN3202 KM200NA7 P=2.0mm

V+5A

GND5A

GNDA_UNREG

V+5A_UNREG

GNDA V-15A GNDA

V+15A

V+5HP

V-5HP GNDHP

CN3605 KM200NA7L P=2.0mm

ASSY R ACSW (DWS1435)

CH2 JA3502 DKB1083-A

CD PHONO

CH2R_OUT 9

1 0 V+3R3REF

1 1 GNDIN

CH2R_OUT 9 V+3R3REF 1 0 GNDIN 1 1

GNDIN

GNDREF 8 8

GNDREF

GNDIN

CH2_TRIM CH2R_IN 7 7

CH2L_IN

GNDIN

CH2_TRIM CH2R_IN

CH2_LOUT GNDIN 1

CN2901 XKP3076-A

2 1 GNDIN

CH1R_OUT

2 0 GNDIN

GNDREF

1 9 GNDIN

1 8 CH1_R

CN2801 XKP3076-A

1 7 GNDIN

1 1 GNDIN

1 6 CH1_L

1 5 GNDIN

1 0 V+3R3REF

1 4 CH1_R_TIME

CH1L_IN

1 3 GNDIN

GNDIN CH1_TRIM CH1R_IN

ASSY ASSY C TRIM1 D TRIM2 (DWX3268) (DWX3269)

1 2 CH1_L_TIME

GNDIN

MIC_R_IN

1 1 GNDIN

MIC_L_IN GNDMIC

1 0 GNDIN

2 2 GNDIN 2 3 GNDIN 2 4 CH2_L

11P B to B

MIC_L

CN2502 KM200NA4 P=2.0mm GNDS3 FDSW_THRU FDSW_CURVE REVERSE_SEL

AUX_SELECT

MIC_ASEL_OUT

MIC_SELECT

4 5

FDSW_THRU REVERSE_SEL

FDSW_CURVE

MCJK ASSY (DWX3265)

MIC

AUX

JA2501 DKB1108-A

JA2502 DKB1114-A

PF04PP-B20 L=200mm

MIC_L

GNDA

V+15A

MIC_R GNDMIC

V-15A

PF06PP-D22 L=225mm

CN2503 VKN1237-A P=1.0mm

CN2701 KM200NA3L P=2.0mm

HP_L_OUT

GNDHP HP_R_OUT

INPUT ASSY (DWX3282)

CN2601 KM200NA4L P=2.0mm 1 2

CN2501 VKN1248-A P=1.0mm

FDSW_CURVE REVERSE_SEL

GNDMIC

MIC_L GNDMIC GNDMIC

MIC_R

AUX_SEL GNDS3 MIC_SEL_IN

6 8

AUX_SEL GNDS3 MIC_SEL_IN

MIC_L_PRE

GNDS3 1 0 GNDS3 1 1 GNDS3 1 2 MIC_R_PRE

GNDA 1 4 V+15A 1 5 GNDA 1 6 V-15A 1 7

CN1901 VKN1248-A P=1.0mm

MIC_L GNDMIC GNDMIC

JA2701 DKN1622-A

ASSY E FDSW (DWX3266)

GNDS3 FDSW_THRU

GNDMIC

ASSY B HPJK (DWX3267)

PHONES

DDD1581-A L=105mm P=1.0mm (REVERSE)

MIC_R GNDMIC

CH2_TRIM

V+15A

CH2_ASEL_OUT

CH1_ASEL_OUT MUTE

CH1_TRIM

V-15A GNDA

V+3R3REF GNDREF

CN3604 KM200NA6L P=2.0mm

A A 1/2- A 2/2

DKP3917-A L=260mm

CN3502 XKP3065-A

GNDREF

CH2_LOUT GNDIN

CN3602 KM200NA3L P=2.0mm

CN3601 VKN1267-A P=1.0mm 1

CH1R_OUT 9 V+3R3REF 1 0 GNDIN 1 1

3 1 GNDIN

3 0 CH2_R_TIME

2 9 GNDIN

GNDIN

2 8 CH2_L_TIME

GNDIN CH1_TRIM CH1R_IN

2 7 GNDIN

CH1L_IN

CN3501 XKP3065-A

2 6 CH2_R

CH1L_OUT GNDIN

2 5 GNDIN

CN2504 KM200NA6 P=2.0mm

(REVERSE)

JP3301 DKP3847-A L=60mm

GNDMIC GNDMIC

Board in

CD PHONO

GNDOUT HP_L

CH1 JA3501 DKB1083-A

BLUE

D20PDY1010E L=100mm

GNDOUT HP_R

UXJCB: DKP3915-A

REG ASSY (DWR1504)

1 0 V+5A_UNREG

CH1L_OUT GNDIN

V-15A_UNREG V+15A

GND5A

PF07PP-D15 L=150mm

UXJCB:DDG1108-A

AC INLET ASSY

NEUTRAL

V-15A

GNDA_UNREG

JP3101:DKP3924-A L=60mm JP3102:DKP3847-A L=60mm

TRANS ASSY (SYXJ8, KXJ5, XJCN5: DWR1500) (UXJCB: DWR1501) (LXJ: DWR1505)

PF13EE-S12 L=120mm

1 0 POWER_DOWN

CN3603 VKN1291-A P=1.0mm

V+5A_AC2 NC V-15_AC

9 V+5D_AC2 NC 1 0

GND_HP 1 2 V-5HP_AC 1 3

AC POWER CORD

2 3

V+5A_AC2 NC V-15_AC

CH2L_IN GNDIN

Board In

V+15_AC

! LXJ Except LXJ

CN3101 B13B-EH P=2.5mm

CN3201 B13B-EH P=2.5mm

AC INLET ASSY !

LIVE CN3002 B2P3-VH

LXJ CN3003 B3P5-VH

SYXJ8/LXJ: ADG7062-A XJCN5: ADG7105-B KXJ5: ADG7115-A SYXJ8/LXJ/XJCN5/KXJ5: DKP3916-A

CN3001 RKP1751-A

RELAY_CONT GNDD

JP3001 PF03PG-Q07 L=75mm

PRIMARY ASSY (SYXJ8, KXJ5, XJCN5: DWR1496) (UXJCB: DWR1498) Except LXJ CN3004 (LXJ: DWR1497) B2P3-VH

AC POWER CORD

ASSY G MCVR (DWX3264)

1 0 GNDS3 1 1 GNDS3

1 2 GNDS3 1 3 MIC_R_PRE 1 4 GNDA 1 5 V+15A 1 6 GNDA 1 7 V-15A

DJM-T1 5

4.2 OVERALL BLOCK DIAGRAM A

INPUT ASSY

IC101 (R5S72630P200FP CH1 ADC IC114 (PCM1804)

MAIN CPU

L+

CH1 CD PHONO

8 2 3

CN3603

ch A

5 7 6

7 6

SSI3

L-

ch B

RIAA IC3501

Ref

CN110 16

IC3503

IC111

CH2 ADC IC120 (PCM1804) L+

CH2 CD PHONO

8 2 3

Ref

ch A

7 6

SSI

L-

ch B

RIAA IC3502

SSI2

IC3505

IC117

8 2 3

AUX

CN2501

ch A

7 6

MIC_ADC IC122 AK5358AET

CN1901 9

ch B

IC1901

SSI0

IC2502

MIC

MIC TRIM

IC1902

IC2501

US Hi

MCJK ASSY

MCVR ASSY

DJM-T1 1

IC101 R5S72630P200FP)

MAIN CPU

IC123 (PCM1691DCA) Multi-Ch_DAC

SSI3

1 2 3

S101 ATT.

5 6

3 2

OUTPUT ASSY

MASTER1

L_MAS+ L_MASIC132 R_MAS+

IC134

R_MAS+

MASTER2 IC136 5 6

SSI2

L_BOOTH

SSI1

BOOTH

IC137 R_BOOTH 5 6

IC138

CN110

L_HP

CN3603

CN3602

R_HP

CN2701 1

IC3601

SSI0

PHONES

IC3602

INPUT ASSY

USB

HPJK ASSY E

USB (B-type) IC108 (IS42S16400F-6TL)

SDRAM IC109 (DYW1804)

FLASH ROM F

DJM-T1 5

4.3 POWER BLOCK DIAGRAM A

STBY_TRANS. T3001 IC125 NJM2393M

V+D_UNREG (7 to 16V)

IC127 BH33FB1WG V+5D

DDC 2200uF /25V

V+3R3D

LDO

reset signal

IC129 BD9106FVM

Relay Cont SH7263 MUTE

V+1R2D

DDC V+D_UNREG MAIN TRANS.

IC128 BD9326EFJ DDC

V+5LED

Relay Cont

IC130 BH33FB1WG

2200uF /25V

LDO

V+3R3REF

IC3402 NJM7805FA V+5A_UNREG

REG

V+5A (for ADC/DAC) IC131 BH33FB1WG

100uF /16V

V+3R3A (for ADC/DAC)

LDO

V+15A_UNREG D

IC3401 BA15T

4700uF /16V

V+15A (for Opamp)

REG

2200uF /35V IC3403 2200uF NJM7915FA /35V REG

100uF /25V 100uF /25V

V-15A (for Opamp)

V-15A_UNREG V+5HP

V+5HP 1000uF /16V

V-5HP

1000uF /16V

V-5HP

DJM-T1 1

5. DIAGNOSIS 5.1 POWER ON SEQUENCE A

START The following processes are for Normal Operation mode. Power switch to ON [CPU operation clock set for slow operation] The internal clock is set to 133 MHz, the BUS clock to 66 MHz, and the peripheral clock to 11 MHz.

For operation on less supply current only by the subtransformer

[Initialization of RAMs and program loading 1] All areas of external SDRAM are cleared. All areas other than the stack area of the CPU’s built-in SRAM are cleared. The vector table and some programs are copied from FLASH memory to the CPU’s built-in SRAM.

[SDRAM refreshing control] Set to Self-refresh.

The program loader is copied from FLASH memory to the external SDRAM.

[Relay to ON, MUTE to ON] CPU MUTE: Set to ON. PCM1804/AK5358 (external A/D converter): Shuts itself off. PCM1691 (external D/A converter): Shuts itself off. Audio CLK output control: Set to Stop. Relay port: Set to ON.

[Cache memory setting] Instruction cache: To ON Data cache: To OFF [Program loading 2] Programs that require high-speed processing are copied from FLASH memory to the CPU’s built-in SRAM.

[Waiting for power stabilization] 300 ms wait

Other programs are copied from FLASH memory to the external SDRAM.

[V+5LED ON]

For enabling LED power

[Waiting for stabilization of V+5LED] 300 ms wait

[Setup of CPU peripheral modules 1] The CPU operation clock is set for maximum-speed operation. (Internal CLK to 200 MHz, BUS CLK to 66 MHz, peripheral CLK to 33 MHz)

For increasing the CPU clocks to maximum, in accordance with increase in supply current after startup of the main transformer

Setup of pin functions (Function assignment for all pins)

[Real-time processing before OS startup] Real-time OS initialization Registration with the OS of interrupt service routines

[Setup of initial values] Initial values for global variables are set after user data are read from FLASH memory.

[Setup of CPU peripheral modules 2] Setup for the CPU’S built-in A/D conversion module Setup for the DMA controller

Setup for Bus State Controller (Setup of wait, etc. for each space)

[Setup for external devices 1] Audio CLK output control: Set to ON. Setup for the SSI module PCM1804/AK5358 (external A/D converter): Shutoff canceled.

Setup for interrupt controller (Setting for disabling all interrupts and enabling all resistor banks) Setup for I/F module for serial communication (It is set to CLK synchronous for controlling the external DAC.)

[Waiting for stabilization of Audio CLK] 300 μs wait [Setup for external devices 2] PCM1691 (external D/A converter): Shutoff canceled.

[Judgment of startup mode] If FX1 EFFECT1, FX1 EFFECT3, and CH1 CUE are simultaneously pressed, Test mode is entered.

Initial-value data are transmitted to the PCM1691 (external D/A converter).

If FX2 EFFECT ON/OFF and DECK B SELECT are simultaneously pressed, Update mode is entered.

Start of operations by the source of main interrupt [Main interrupt] START

[Setup of LED Light mode] LED Light mode is set to Opening Illumination.

[Setting of parameters for Opening Illumination] The speed level is set to 5. The reverberation level is set to 4.

[Startup of constant-frequency timer] The Compare Match Timer is set so that it will be reset (interrupted) every 200 µs.

With other than the above, Normal Operation mode is entered.

[Wait period for stabilization of audio signal] 2.4 s wait [MUTE canceled] CPU MUTE: Set to OFF.

Muting will be canceled at almost the same time as Opening Illumination is finished. [Execution of Opening Illumination]

DJM-T1 5

5.2 TROUBLESHOOTING A

Contents [0] Prior Confirmation [0-1] Checking Internal Cables [1] Failure in Startup [1-1] The unit dose not turn on, and all LEDs does not light. [1-2] The unit dose not turn on, and the UTILITY flashes (period 250 ms) [2] AUDIO INPUT [2-1] No signal is input to the CD/LINE and PHONO connectors. [2-2] No signal is input to the MIC/AUX connectors. [3] AUDIO OUTPUT [3-1] No signal is output from the MASTER1/ MASTER2/BOOTH/PHONES connectors.

[4] DVS [4-1] No analog timecode signal input to the mixer. [4-2] No signal is input to and output from the USB connector. [5] LED [5-1] The LED does not light. [6] Channel Fader/Cross Fader [6-1] The Channel Fader does not work [6-2] The Cross Fader does not work

[0] Prior Confirmation [0-1] Checking Internal Cables No. C

Cause

Diagnostics Point

Disconnection, Relevant part breakage, or loose connection of internal cables

Item to be Checked Check that all the cables are securely connected. Check that there is no breakage in the cables.

Corrective Action Securely connect the cables. If a cable is broken, replace it.

Reference 4.1 OVERALL CONNECTION DIAGRAM

[1] Failure in Startup [1-1] The unit dose not turn on, and all LEDs does not light The fuse may be blowout or the MAIN CPU may be difective. No.

Cause

Diagnostics Point

Item to be Checked

Corrective Action

Reference

Circuit failure ——— Excessive power supply voltage injection

Check the primary side fuse.

• If blowing of the fuse is visible, go to [2]. • If blowing of the fuse is not visible, go to [3].

Power failure Wire defect

———

Check if any power IC is short-circuited to ground and if any ICP is damaged.

4.3 POWER BLOCK • If any power IC is short-circuited, repair it. • If no power IC is short-circuited, replace the fuse. DIAGRAM

Power failure

OUTPUT Assy IC127 (5 pin) IC129

Check the V+3R3D and V+1R2D power.

• If the V+3R3D and V+1R2D power can be 4.3 POWER BLOCK confirmed, go to [4]. DIAGRAM • If the V+3R3D and V+1R2D power cannot be confirmed, the 3.3V REGULATOR (IC127) block may be defective. Check for the status of soldering and replace it.

CPU_RESET signal error

OUTPUT Assy IC103 (1 pin)

Check the CPU_RESETsignal.

• If the IC103_1 pin is high level, go to [5]. • If the IC103_1 pin is not high level, the RESET IC (IC2010) block may be defective. Check for the status of soldering and replace it.

———

CPU CLK error

OUTPUT Assy R149

Check the CPU_CLKsignal.

If an output signal cannot be confirmed, the crystal (X101) block may be defective. Check for the status of soldering and replace it.

———

MAIN_CPU diffective

OUTPUT Assy

If the symptom persists after the above corrections.

The MAIN_CPU (IC101) may be defective. Replace it.

———

[1-2] The unit does not turn on, and the UTILITY flashes (period 250 ms) The unit is shut down in error by the Power Monitoring Circuit. F

No. 1

Cause Power failure

Diagnostics Point

Item to be Checked

See "5.3 VOLTAGE Check for power at each point, following MONITORING CIRCUIT.” “5.3 VOLTAGE MONITORING CIRCUIT.”

Corrective Action Repair the defective parts.

Reference 5.3 VOLTAGE MONITORING CIRCUIT

DJM-T1 1

[2] AUDIO INPUT [2-1] No signal is input to the CD/LINE and PHONO connectos No.

Cause

Diagnostics Point

Prior Confirmation

CD, PHONO, USB input selector switch /TRIM

Loose connection INPUT Assy /defective parts CH1: IC3503 (1 pin) CH2: IC3505 (1 pin)

Item to be Checked Confirm on the screen that the selector is set properly.

Corrective Action ———

Reference Operating instructions

Check that the signals output from the ICs • If the proper signals are output, go to [2]. 10.24 WAVEFORMS are properly switched to CD or PHONO. • If the proper signals are not output, soldering of i parts at the peripheral circuits of the switching operational amplifier (IC3503, 3504, 3505, 3506) or the MUTE control transistors (Q3509, Q3510) is defective or one or more of the parts is defective. Or check for disruption somewhere in the control-signal path from IC101 to the MUTE control transistors.

Loose connection OUTPUT Assy /defective parts CD1_L: D105 CD1_R: D103 CD2_L: D111 CD2_R: D109

[Checking the ADC block] Check for an audio signal at the input connector of ADC (IC114, IC120).

If no audio signal is input to ADC, a problem in an 10.24 WAVEFORMS analog circuit at the previous stage may be suspected. 2 • If an audio signal is input, go to [3]. • If no audio signal is input, check the block where the signal is interrupted, by measuring the audio signal before and after each block, then check the soldering status and check for a defective part in the corresponding block.

Loose connection OUTPUT Assy IC114 (CH1)(19 pin) /defective parts IC120 (CH2)(19 pin)

Check for the RESET signal of ADC.

• If the RESET signal level is H, go to [4]. 10.24 WAVEFORMS • If the RESET signal is L, soldering of the R141 7 or IC101 is defective, or the resistor or IC itself is defective.

Loose connection OUTPUT Assy Check for the CLK signal of ADC. /defective parts IC114 (CH1) IC120 (CH2) ACLK (18 pin) AD_48k (17 pin) AD_6R144M (16 pin)

• If no CLK signal is input, go to [5]. 10.24 WAVEFORMS • If the ACLK signal is not input, check the soldering 4, 5, 6 status and check for a defective part at the periphery of the ACLK (X103, IC105, IC106, IC107). • If the AD_48k signal is not input, check the soldering status and check for a defective part at the periphery of the AD_48k (IC104). • If the AD_6R144M signal is not input, check the soldering status and check for a defective part at the periphery of the AD_6R144M (IC102).

defective parts

If no signal is output from the ADC, the AD converter ICs (IC114, IC120) may be defective. Check the soldering status. If soldering is OK, replace the defective part. • If a signal is output from the ADC, soldering of the IC101 or the IC itself is defective.

OUTPUT AAssy CH1_DATA: R248 CH2_DATA: R288

[Checking the ADC block] Check for an audio signal at the output connector of ADC (IC114, IC120).

10.24 WAVEFORMS 3

[2-2] No signal input to the MIC/AUX connectors No.

Cause

Diagnostics Point

Prior Confirmation

INPUT SELECT switch (MIC, OFF, AUX)

Loose connection INPUT Assy /defective parts IC2502 (1pin)

Item to be Checked Confirm on the screen that the selector is set properly.

Corrective Action ———

Reference Operating instructions

Check that the signal output from the IC is • If the proper signal is output, go to [2]. 10.24 WAVEFORMS properly switched to AUX or MIX. • If the proper signal is not output, soldering of parts i at the peripheral circuits of the switching operational amplifier (IC2502, 2503) or the MUTE control transistor (Q2503) is defective or one or more of the parts is defective. Or check for disruption somewhere in the control-signal path from IC101 to the MUTE control transistors.

Loose connection OUTPUT Assy /defective parts AUX_L: D114 AUX_R: D113

[Checking the ADC block] Check for an audio signal at the input connector of ADC (IC122).

Loose connection OUTPUT Assy /defective parts IC122 (AUX)(13 pin)

Check for the RESET signal of ADC.

• If the RESET signal level is H, go to [4]. • If the RESET signal is L, soldering of the IC122 or IC101 or either of the ICs itself is defective. Distinguish which IC (IC101 or IC122) is defective, by removing either R247 (for CH 1) or R287 (for CH 2) at a time.

10.24 WAVEFORMS 7 F

DJM-T1 5

No.

Cause

Diagnostics Point

Item to be Checked

Corrective Action

Reference

Loose connection OUTPUT Assy /defective parts IC122 (AUX) ACLK (11 pin) AD_48k (10 pin) AD_6R144M (12 pin)

Check for the CLK signal of ADC.

• If no CLK signal is input, go to [5]. 10.24 WAVEFORMS 4, 5, 6 • If the ACLK signal is not input, check the soldering status and check for a defective part at the periphery of the R151 (ACLK_CONT) and ACLK (X103, IC105, IC106, IC107). • If the AD_48k signal is not input, check the soldering status and check for a defective part at the periphery of the AD_48k (IC104). • If the AD_6R144M signal is not input, check the soldering status and check for a defective part at the periphery of the AD_6R144M (IC102).

defective parts

[Checking the ADC block] Check for an audio signal at the output connector of ADC (IC122).

If no signal is output from the ADC, the AD converter (IC122) may be defective. Check the soldering status. If soldering is OK, replace the defective part. • If a signal is output from the ADC, soldering of the IC101 or the IC itself is defective.

OUTPUT Assy MIC_DATA: R299 (9 pin)

10.24 WAVEFORMS 3

[3] AUDIO OUTPUT [3-1] No signal is output to the MASTER1/MASTER2/BOOTH/PHONES connectors No.

Cause

Prior Confirmation

Corrective Action

Reference

• • • • • •

Loose connection OUTPUT Assy /defective parts IC123

[Checking the DAC block] Check for the DA converter (IC123) signal output.

• If the DAC output signal is normal, the MUTE circuit is activated. Go to [11]. • If no signal is output from the DAC output, go to [3].

10.24 WAVEFORMS d

Loose connection OUTPUT Assy /defective parts IC123 (8, 9, 10, 11 pin)

[Checking the DAC block] Check that a signal is output from the OUT_DATA.

• If a signal is output, go to [4]. • If no signal is output, the IC101 must be improperly soldered or defective.

10.24 WAVEFORMS c

Loose connection OUTPUT Assy /defective parts IC123 (18 pin)

[Checking the DAC block] Check for the AMUTEI signal (IC123_18 pin).

• If it is H, go to [5]. • If it is L, the R620 or IC123 must be improperly soldered or defective.

———

Loose connection OTUPUT Assy /defective parts IC123 (15 pin)

[Checking the DAC block] Check that the DA_RESET signal level isHigh.

• If it is H, go to [6]. • If it is L, the IC101 or IC123 must beimproperly soldered or defective. Distinguish which IC (IC101 or IC123) is defective, by removing R302.

10.24 WAVEFORMS 8

Loose connection OUTPUT Assy /defective parts IC123 ACLK_OUIT (14 pin) DA_48k (6 pin) DA_12R288M (7pin)

[Checking the DAC block] Check for the CLK signal of DA converter (IC123). ACLK_OUT, DA_48k, DA_12R288M

• If the CLK signal is output, soldering of the IC123 or 10.24 WAVEFORMS the IC itself is defective. 9, a, b • If the ACLK signal is not input, check the soldering status and check for a defective part at the periphery of the R151 (ACLK_CONT) and ACLK (X103, IC105, IC106, IC107). • If either the DA_48k or DA_12R288M signal is not output, check the soldering status of R144, R145, and IC101 and check if any of these parts are defective.

Loose connection OUTPUT Assy S101 (1COM, 2COM, /defective parts 3COM, 4COM) IC123 (37, 39, 41, 43 pin) IC132/IC133 (1 pin, 7 pin)

[Checking the MASTER_Shaping Noise Filter] Check for the DAC differential audio signal output. Check for Shaping Noise Filter signal output.

• If a signal is output from the S101, go to [8] and [14]. 10.24 WAVEFORMS • If no signal is output from the S101 although signals d are output from Pins 1 and 7 of IC132/IC133, soldering of the S101 or the S101 itself is defective. • If signals are output from the DAC (Pins 37, 39, 41, and 43 of IC123) but not from Pins 1 and 7 of IC132/IC133, soldering of the Shaping Noise Filter block or some part in the block is defective. • If no signal is output from the DAC (Pins 37, 39, 41, and 43 of IC123), go to [3].

MASTER1 / MASTER2 / BOOTH / PHONES

Item to be Checked Identify the connector(s) that do(es) not output signals.

Diagnostics Point

If no connectors output, go to [2] Operating If neither MASTER 1 nor 2 connector outputs, go to [7]. instructions If only the MASTER 1 connector does not output, go to [8]. If only the MASTER 2 connector does not output, go to [14]. If only the BOOTH connector does not output, go to [15]. If only the PHONE connector does not output, go to [17].

DJM-T1 1

No.

Cause

Diagnostics Point

Item to be Checked

Corrective Action

Reference

Loose connection OUTPUT Assy /defective parts IC134 1, 7 pin IC135 1, 7 pin

[Checking the Balanced Output AMP] Check the waveforms of the signals from the output pins of IC134/135.

• If no signal is output, soldering of the IC134/IC135 is 10.24 WAVEFORMS defective or the ICs themselves are defective. e • If signals are output, soldering of the output capacitors (C530, C531, C532, C533) or the ICPs (P103, P104) is defective or the capacitors or ICPs themselves are defective. Or the MUTE circuited is activated. • If the MUTE circuited is activated, go to [9].

Loose connection OUTPUT Assy /defective parts CN103 (13 pin)

[Checking the MASTER_VR_MUTE] Check that the MASTER_VR_MUTE signal (CN103_13 pin) level is Low (MUTE_OFF).

• If it is H, go to [10]. • If it is L, go to [11].

———

Loose connection VRSW Assy /defective parts IC2201 (1 pin)

[Checking the MASTER_VR_MUTE] Check that the IC2201 1 pin level is High (MUTE_OFF).

• If it is H, Q2201 must be improperly soldered or defective. • If it is L, IC2201 or VR2203 or peripheral parts must be improperly soldered or defective.

———

Loose connection OUTPUT Assy /defective parts CN109 (5 pin)

[Checking the MUTE] • If it is L, MUTE circuit (D117, Q120 to Q123, Q128 Check that the MUTE signal to Q131) or peripheral parts must be improperly (CN109_5 pin) level is Low (MUTE_OFF). soldered or defective. • If it is H, go to [12].

———

Loose connection OUTPUT Assy /defective parts IC101 (152 pin)

[Checking the MUTE] Check that the CPU_MUTE signal level is High (MUTE_ON).

• If it is H, go to [13]. • If it is L, Q113, Q114, and Q115 or peripheral parts must be improperly soldered or defective.

———

Loose connection OUTPUT Assy /defective parts DETECT FLAG

[Checking the MUTE] Check that the DETECT FLAG test pin is Low (voltage failure).

• If it is L, a power failure was generated. Go to [1-2]. • If it is H, soldering of the IC101 or the IC itself is defective.

———

Loose connection OUTPUT Assy /defective parts IC136 1, 7 pin

[Checking the MASTER2] Check the waveform of IC136 output pin.

• If no signal is output, soldering of the IC136 or the 10.24 WAVEFORMS IC itself is defective. f • If signals are output, soldering of the output capacitors (C452, C453), R126, or Q127 is defective or one or more of those parts is defective.

Loose connection OUTPUT Assy /defective parts IC123 (33 pin, 35 pin) IC138/139 (1 pin, 7 pin)

[Checking the BOOTH_Shaping Noise Filter] • If signals are output from Pins 1 and 7 of IC137, go 10.24 WAVEFORMS to [16]. Check the DAC audio signal output. d • If signals are output from the DAC (Pins 33 and 35 Check the Shaping Noise Filter output. of IC123) but not from Pins 1 and 7 of IC138/IC139, soldering of C328, C329, or the Shaping Noise Filter block is defective or one or more of those parts is defective. • If no signal is output from the DAC (Pins 33 and 35 of IC123), go to [3].

Loose connection OUTPUT Assy /defective parts IC138 1, 7 pin IC139 1, 7 pin

[Checking the Output AMP] Check the waveform of IC138/IC139 output pins.

• If no signal is output, soldering of the IC138/IC139 is 10.24 WAVEFORMS defective or the ICs themselves are defective. e • If signals are output, soldering of the output capacitors (C534, C535, C536, C537) is defective or one or more of those capacitors is defective. Or soldering of parts at the periphery of the BOOTH_MUTE circuit (Q145, Q146, Q132–Q139) is defective or one or more of those parts is defective.

Loose connection OUTPUT Assy /defective parts IC123 (29 pin, 31 pin) INPUT Assy IC3601 (1 pin, 7 pin)

[Checking the HP_Shaping Noise Filter] Check the DAC audio signal output. Check the Shaping Noise Filter output.

• If signals are output from Pins 1 and 7 of IC3601, go 10.24 WAVEFORMS to [18]. g • If signals are output from the DAC (Pins 33 and 35 of IC123) but not from Pins 1 and 7 of IC3601, soldering of the Shaping Noise Filter block or some part in the block is defective. • If no signal is output from the DAC (Pins 33 and 35 of IC123), go to [3].

Loose connection OUTPUT Assy /defective parts IC138 1, 7 pin IC139 1, 7 pin

[Checking the HP Output AMP] Check the audio signal between IC3602 and HP_JACK.

Check the block where the signal is interrupted, by measuring the audio signal before and after each block, then check the soldering status and check for a defective part in the corresponding block.

10.24 WAVEFORMS h

DJM-T1 5

[4] DVS [4-1] No analog timecode signal input to the mixer. No.

Cause

Diagnostics Point CD, PHONO, USB input selector switch /Setting of PC

Item to be Checked

Corrective Action

Reference

Prior Confirmation

Incorrect setting PC Setting Utility 1 (at the CD input)

Incorrect setting PC Setting Utility 2 Start up the Setup Utility that has been If CH* Timecode CD is selected, set it to (at the PHONO input) installed on the customer’s PC then click on the CH* Timecode PHONO. MIXER OUTPUT tab. Check that CH* Timecode PHONO is selected.

Incorrect setting DECK mode of TRAKTOR2

Incorrect setting Playback Tracking Check that one of the two record icons next to mode of TRAKTOR2 the Play button on the track deck is lit.

If both their icons are unlit, set TRAKTOR2 to Operating Playback Tracking mode, by simultaneously pressing instructions TRAKTOR2 manual the SHIFT and PLAY/PAUSE buttons or the SHIFT and CUE buttons. (Simultaneous pressing on the SHIFT and PLAY/PAUSE buttons sets it to Relative mode, and on the SHIFT and CUE buttons sets it to Absolute mode.)

Incorrect setting Timecode signal input

If no double circle is displayed, possible reasons are Operating as follows: instructions 1 The channel for USB AUDIO output of the DJM-T1 and that for USB AUDIO input of TRAKTOR2 do not match. → Check the channel setting on the Input Routing screen in the Preferences window of TRAKTOR2 and that of the PC Setup Utility. 2 Connection between the external device (DJ player, turntable) and the DJM-T1 is not properly made. → Check the connection and check if the RCA cables are broken. 3 The driver software dedicated for the DJM-T1 has not been installed. → Install the dedicated driver software. 4 USB connection has not been properly made. → Check if the USB cable is broken.

• Check that the selector switch is set to USB. If the switch is set to a position other than USB, • Check that the settings for the DJM-T1 Utility set it to USB. of the PC are correct. • When using a DJ player (when using a control CD,) check that the DJ player is connected via the CD connector. When using a turntable (when using a control VINYL,) check that the turntable is connected via the PHONO connector.

Operating instructions

Start up the Setup Utility that has been If CH* Timecode PHONO is selected, set it to installed on the customer’s PC then click on the CH* Timecode CD. MIXER OUTPUT tab. Check that CH* Timecode CD is selected.

Operating instructions

Start up TRAKTOR2 that has been installed on the customer’s PC then check that two record icons are displayed next to the Play button on the track deck. (If a record icon is displayed, the unit is in Scratch Control mode, which signifies that the DVS can be used.) See Screens 1 and 2 in [Reference for the DVS].

Select Preferences, Timecode Setup, then Timecode Inputs on TRAKTOR2, then check that the double circle is displayed for the channel to which the timecode signal is input. (The double circle for VINYL is displayed somewhat distorted. The shapes of the double circles for the outer and inner tracks are different.) Perform this check only when a timecode control CD or VINYL (media on which timecodes are recorded) is available. See Screens 4 and 5 in [Reference for the DVS].

If CUE and CUP are displayed next to the Play button on the track deck (in Internal Playback mode), switch to Scratch Control mode. To switch modes, click on b beneath [A] or [B] on the deck GUI. See Screen 3 in [Reference for the DVS].

Operating instructions

Operating instructions TRAKTOR2 manual

DJM-T1 1

[Reference for the DVS] Screen 1

Screen 4

This double circle is lit while the signal from the timecode control CD is input.

This double circle is lit while the signal from the timecode control VINYL (for outer tracks) is input.

With these icons lit, the unit is in Scratch Control mode. With the left record icon lit, the unit is in Relative mode, and with the right record icon lit, the unit is in Absolute mode.

Screen 2

Screen 5

With these icons lit, the unit is in Internal Playback mode. This double circle is lit while the signal from the timecode control VINYL (for inner tracks) is input.

To switch between Internal Playback and Scratch Control modes, click on this sign.

Screen 3

DJM-T1 5

[4-2] No signal is input to and output from the USB connector. • Input No.

Cause

Diagnostics Point

Item to be Checked

Corrective Action If the switch is set to a position other than USB, set it to USB.

Reference

Incorrect setting CD, PHONO, USB input selector switch

Check that the selector switch is set to USB.

Incorrect setting Output Routing of TRAKTOR2 (when TRAKTOR2 is used)

Check the settings for each deck on the Output Perform the settings for each deck on the Output Routing screen in the Preferences window of Routing screen of TRAKTOR2, referring to Screen 6 TRAKTOR2. in [Reference for the USB]. → Check the settings only when TRAKTOR2 is used. → See Screen 6 in [Reference for the USB].

———

Incorrect setting Driver software

Check that the UTILITY/WAKE UP indicator is unlit when this unit is connected with the customer’s PC via a USB cable.

———

If the driver software is not installed, the UTILITY/WAKE UP indicator flashes at intervals of 4 seconds. Install the driver software.

Operating instructions

• Output No.

Cause

Diagnostics Point

Corrective Action If the switch is set to a position other than USB, set it to USB.

Reference

Incorrect setting CD, PHONO, USB input selector switch

Check that the selector switch is set to USB.

Incorrect setting Input Routing of TRAKTOR2 (when TRAKTOR2 is used)

Check the settings for each deck on the Input Perform the settings for each deck on the Input Routing screen in the Preferences window of Routing screen of TRAKTOR2, referring to Screen 7 TRAKTOR2. in [Reference for the USB]. → Check the settings only when TRAKTOR2 is used. → See Screen 7 in [Reference for the USB].

———

Incorrect setting PC Setting Utility

Start up the PC Setup Utility then click on the MIXER OUTPUT tab. Check that the signal to be output via the USB ports is selected. → See Screen 8 in [Reference for the USB].

Select the signal to be output via the USB ports.

Operating instructions

Incorrect setting Driver software

Check that the UTILITY/WAKE UP indicator is unlit when this unit is connected with the customer’s PC via a USB cable.

If the driver software is not installed, the UTILITY/WAKE UP indicator flashes at intervals of 4 seconds. Install the driver software.

———

Item to be Checked

Operating instructions

[Reference for the USB] Screen 6

Screen 7

Screens 6 and 7 are those of TRAKTOR2 for Windows. For screens for Macintosh, the USB channels’ numbers are different. Example 1: For Windows: 1: PIONEER DJM-T1 OUT1 For Macintosh: 1: PIONEER DJM-T1 Out0 Example 2: For Windows: 1: PIONEER DJM-T1 IN1 For Macintosh: 1: PIONEER DJM-T1 In0

DJM-T1 1

Screen 8

To output the signal input from the CD via the USB port, select CH* Timecode CD. To output the signal input from the PHONO via the USB port, select CH* Timecode PHONO.

Select a signal to be output via the USB 5/6 ports from among the signal paths of the DJM-T1.

[5] LED [5-1] The LED does not light. No.

Cause

Diagnostics Point

Power failure

Short-circuiting Connector, of adjacent pins/ Control Transistor defective part

Item to be Checked

See "5.3 VOLTAGE Check for power at each point, following MONITORING CIRCUIT.” “5.3 VOLTAGE MONITORING CIRCUIT.” Check for the control signal of the corresponding location.

Corrective Action

Reference

Repair the defective parts.

5.3 VOLTAGE MONITORING CIRCUIT

• If there is a control signal, soldering of the control transistor or the corresponding LED is defective, or the transistor or the LED itself is defective. • If there is no control signal, adjacent pins of the connector are short-circuited. Or soldering of IC101 or the IC itself is defective.

———

[6] Channel Fader/Cross Fader [6-1] The Channel Fader does not work No.

Cause

Diagnostics Point

Item to be Checked

Corrective Action

Prior Confirmation

CHFD1 Assy CHFD2 Assy

Check that the connections are properly ——— made for the CH1 FADER and CH2 FADER.

Part defective

CHFD1 Assy CHFD2 Assy

Check the AD_CH1_FADER signal or AD_CH2_FADER signal.

Reference 4.1 OVERALL WIRING DIAGRAM

• If the output signal is normal, soldering of the signal ——— path or some part on the signal path is defective. Or soldering of IC101 or the IC itself is defective. • If the output signal is abnormal, soldering of the VR2301 or VR2401 is defective, or one or both VRs is defective. Check that the proper screws are used for securing the VR2301 and VR2401 to the VR stays. (Using improper screws may damage the VR2301/ VR2401.)

[6-2] The Cross Fader does not work No. 1

Cause

Diagnostics Point

Part defective

CRFD Assy

Item to be Checked Check the IC4001 output signal.

Corrective Action • If the output signal is normal, soldering of the signal path or some part on the signal path is defective. Or soldering of IC101 or the IC itself is defective. • If there is no output signal, replace the CROSS FADER Assy (DXA2243).

Reference ———

DJM-T1 5

5.3 VOLTAGE MONITORING CIRCUIT A

This unit monitors the voltages of the main power-supply ICs, using the DETECTION_FLG signal. The DETECTION_FLG signal is detected by the MAIN CPU (IC101). Its level is high during normal operation but becomes low if any error in voltage is generated.

Product behavior when an error is generated If power failure is detected with the DETECTION_FLG signal, the MAIN CPU will stop supplying the primary source of power to the main transformer, setting the RelayCont signal to low and interrupting the relay RY3001. The MAIN CPU also indicates power failure by making the UTILITY/WAKE UP button flash.

Diagnostic procedure If any voltage is abnormal, that error will be detected by the voltage-monitoring program after it is started after a usual startup of the unit. Then the power supply to the main transformer will be stopped. For this reason, power will be supplied for about 3 sec after startup. Identify which power-supply IC is defective, by turning the unit OFF then back ON while monitoring each voltage with an oscilloscope. Check the value of each voltage immediately before stopping power supply. Note: Each time before turning the unit ON, make sure that each power-supply IC is not short-circuited to GND.

Circuit diagram of the voltage-monitoring section V+5DET

R336

3.3k

OUTPUT ASSY

V+5LED

R331

2.7k

V+3R3A

2.7k

V+5DET

V+5LED

R340

V+5DET

10k

R322

V+3R3A

R317

R329

C352

0.1u SRYB

V+5DET

R341

V+5DET

V+5A Q104 LTA114EUB

2.7k

V+5D

100

R339

4.7k 8.2k

V+5A V+3R3REF

R342

1:12G

C377

1/8SQ

0.1u SRYB

V+5A

V+3R3REF

Q112 LTC114EUB

GNDD

R337 3.3k Q111 LSA1576UB(QRS)

R334

Q109 LSA1576UB(QRS)

100

3.3k 22k

R332 R325

DETECTION_FLG

R343

V+3R3REF V+3R3A

3.3k

V+3R3REF

R338

V+3R3A

R316

100

R350

GNDD

3.3k

Q107 LSA1576UB(QRS)

100

R333

10k

GNDD

R313

R315

15k

V+15A V-15A

Q105 LSA1576UB(QRS) 18k

V+15A

R324

V+15A V-15A

R312

V+5A

100

V+3R3A

R321

10k

R311

V+15A

R330

10k

GNDD

3.3k Q110 LSA1576UB(QRS)

Q108 LSA1576UB(QRS)

100

GNDD

Q106 LSA1576UB(QRS) 100

Q103 LTC114EUB

GNDD

R320

1:12G

R323

V+5DET_EN

V-15A

GNDD

V-15A

Over voltage / Under voltage

Power E

+ – + – + + – + + + –

V+15A V-15A V+5A V+3R3A V+5DET V+5LED V+3R3REF

Threshold Detection range in consideration of variations Center value 17.45 to 22.10 V 11.50 to 13.72 V -5.43 to -11.64 V -15.76 to -23.57 V 5.72 to 6.79 V 4.13 to 4.65 V 2.567 to 2.833 V 6.59 to 7.66 V 6.48 to 7.28 V 3.767 to 4.033 V 2.24 to 2.92 V

19.65 V 12.53 V -8.19 V -19.44 V 6.18 V 4.38 V 2.7 V 7.11 V 6.87 V 3.93 V 2.58 V

Cause of error detection Short-circuiting at regulator IN/OUT Short-circuiting to GND Short-circuiting to GND Short-circuiting at regulator IN/OUT Short-circuiting at regulator IN/OUT Short-circuiting at regulator IN/OUT Short-circuiting to GND Short-circuiting at D/D converter IN/OUT Short-circuiting at D/D converter IN/OUT Short-circuiting at LDO IN/OUT Short-circuiting to GND

DJM-T1 1

5.4 ABOUT PROTECTOR A

In addition to the voltage-monitoring circuit, ICPs (IC protectors) are also provided with this unit for voltage monitoring of the main power. If the specified power or signal from the MASTER 1 connectors (XLR) is not properly output, check if any ICP is activated.

TRANS ASSY P3101

SECONDARY V+15A V+5A_AC1 ASSY

AEK7011

V-15A V+5A_AC2

INPUT ASSY

P3601 AEK7004

P3602

V+15A V-15A

AEK7004

P3103

AEK7011

V+5D_AC1 P3102

V+15A

AEK7008

OUTPUT ASSY

P101

V+15AOUT2

P103

AEK7004

V-15A

P102

MASTER1L_HOT

AEK1073

V-15AOUT2

P104

AEK7004

MASTER1R_HOT

AEK1073

Diagnostic procedures when the wire for an ICP is broken 1. Unplug the AC power cord. 2. Check for any error, such as short-circuiting or defective parts, in the circuits subsequent to the ICP. 3. Repair the defective part. 4. Replace the ICP.

DJM-T1 5

5.5 CONNECTION CHECK WITH USB A

USB (USB B connector) Whether communication between the PC connected via the USB B connector and this unit is properly performed or not can be confirmed on the PC. Note: The driver software of the DJM-T1 must be installed beforehand.

Confirming USB connection status with the LEDs of this unit After a USB electrical connection is established on the DJM-T1, the LEDs that are indicated with red frames in the figure will go dark. Then they will light brightly for several seconds then go dim if TRAKTOR2 is not started. Note that this sequence does not necessarily indicate that communication with the PC has been established. Also note that the LEDs indicated with red frames are unlit if USB electrical connection is not established.

If the UTILITY/WAKE UP indicator flashes at intervals of 4 seconds, the dedicated driver for this unit has not been installed on the connected PC.

Use Device Manager for checking. If the PC and this unit are properly connected, the components of this unit are added in Device Manager (under Hardware) as devices. If all components are properly displayed, USB communication between the PC and this unit is ready. In a case of Windows XP: Start, Control Panel, System, Hardware, then Device Manager Devices to be added: • Universal Serial Bus controllers USB Composite Device • Under “Sound, video and game controllers” PIONEER DJM-T1 USB Audio Device

* A communication check may be easily performed if connection is made with Device Manager displayed on the PC screen. * To display [System] in the [Control Panel] window, click on “Classic View.”

DJM-T1 1

5.6 DVS SIGNAL ROUTE CONFIRMATION METHOD What is the DVS (Digital Vinyl System)?

The Digital Vinyl System (DVS) enables control of DJ software with normal DJ's operations of the CDJs or turntables, with use of a control CD or VINYL supplied with DJ software that supports the DVS. A control disc contains timecodes for controlling DJ software, which enable playback of music files stored on the PC from an assigned playback position at an assigned playback speed. Note: For checking operations as the DVS, a control CD (CD on which timecodes are recorded) is required. However, assuming a case where no control CD is available, a simple check procedure using a music CD is explained here.

Necessary Items • USB AUDIO driver dedicated for the DJM-T1 and a PC with TRAKTOR SCRATCH PRO2 or TRAKTOR SCRATCH DUO2 installed (the demo versions of TRAKTOR 2 will suffice) • CDJ player • Music CD to be used for operation check

Check Procedures 1. 2. 3. 4. 5.

Connect this unit and a PC, using the USB cable. Connect the output connector of the CDJ player and the CH1 CD input connector of this unit, using an RCA cable. Set the CD/PHONO/USB selector switch to USB. For details on PC settings, see “Settings for the Driver” and “Settings on TRAKTOR2.” Load a Music CD into the CDJ player that is connected with this unit then play it back. • Select Preferences then Input Routing on TRAKTOR2 and check that the volume indicator for Input Deck A is oscillating along with the sound from the music CD. [Comment] With this step, you can check that the audio or timecode signals output from the CDJ are input to the PC, passing through this unit via USB connection. • Check that the volume indicator located on the left of the indication “MAIN” on the Status Indicator section of TRAKTOR2 is oscillating along with the sound from the music CD. [Comment] In normal DVS operations, music files on the PC are played back, using DJ software. However, in the above step, in order to facilitate confirmation of the signal route, a signal from a music CD is output, using DJ software. • Check that the CH1 level indicator of this unit is oscillating. (If the oscillation is small, perform TRIM adjustment.) • Check that music of music CD is output from the MASTER output of this unit. (Adjust the fader MASTER LEVEL control, as required.) Or check that music of music CD is output from the HEADPHONES output. 6. Perform the same procedure for CH2.

[Input Routing]

[Status Indicator MAIN]

[Connection Diagram (When the CDJ Player is Connected to CH1 CD input)] CDJ player RCA cable

USB cable

Computers F

Power amplifier RCA cable

DJM-T1 5

Settings for the Driver Start up the "DJM-T1 Settings Utility". • For Windows Click [Start] menu → [All Programs] → [Pioneer] → [DJM-T1] → [DJM-T1 Settings Utility].

[MIXER INPUT]

[MIXER OUTPUT]

When the CD, PHONO, and USB selectors of the this unit are set to USB, “USB” must be displayed on the PC screen.

Set the CH* Timecode CD.

Settings on TRAKTOR2 1 Click on the b symbol beneath A to B then select “Live Input” from the pulldown menu. D

*Note: For normal DVS operations where music files on the PC are to be played back, "Track Deck" must be selected as the input mode. However, in this step, as a signal from a music CD is used in order to facilitate confirmation of the signal route, "Live Input" is selected as the input mode. F

DJM-T1 1

2 Check the items for Audio Device of TRKTOR2. Select Preferences then Audio Setup, then check that PIONEER DJM-T1 ASIO is selected for Audio Device and that Sample Rate is set to 48000 Hz.

4 Check the items for Input Routing of TRAKTOR2. Select Preferences then Input Routing, then check that the following settings are properly made: Input Deck A: L (Mono): 1: PIONEER DJM-T1 IN 1 R: 2: PIONEER DJM-T1 IN 2 Input Deck B: L (Mono): 3: PIONEER DJM-T1 IN 3 R: 4: PIONEER DJM-T1 IN 4

3 Check the items for Output Routing of TRAKTOR2. Select Preferences then Output Routing, then check that the following settings are properly made: Mixing Mode: External Output Deck A: L: 1: PIONEER DJM-T1 OUT 1 R: 2: PIONEER DJM-T1 OUT 2 Output Deck B: L: 3: PIONEER DJM-T1 OUT 3 R: 4: PIONEER DJM-T1 OUT 4

The screenshots shown on this page are those of TRAKTOR2 for Windows. For screens for Macintosh, the USB channelsâ&#x20AC;&#x2122; numbers are different. Example 1: For Windows: 1: PIONEER DJM-T1 OUT1 For Macintosh: 1: PIONEER DJM-T1 Out0 Example 2: For Windows: 1: PIONEER DJM-T1 IN1 For Macintosh: 1: PIONEER DJM-T1 In0

DJM-T1 5

(Reference) Image of signal flow for the DVS

Timecode signals that are digitized by the mixer

Audio signals that are output from TRAKTOR2 in accordance with the timecode

USB cable

Time code signal (Analog)

DJM-T1 1

6. SERVICE MODE 6.1 TEST MODE A

Testable Areas The testable operating elements are shown in the shaded portions in the figure below.

Note: The LEVEL and EQ (HI, LOW) controls are not subjects of testing.

DJM-T1 5

Basic Operation Method Operating elements that are used for basic operations in Test mode

For switching modes in Test mode The rotary selector is used for selecting a rotary VR whose changing value is to be checked in Test mode 6, as well as for switching modes.

For selecting the current LED of the level indicators to be lit in Test mode 7 They are also used to start cross-fader adjustment or to store data in nonvolatile memory in Test mode 8.

For reading the minimum and maximum values for the cross fader in Test mode 8 D

[Basic operations in Test mode] • To switch modes in Test mode, while holding the SNAP button pressed, turn the rotary selector. • To change modes in ascending order (Mode 0, Mode 1, Mode 2, etc.), turn the rotary selector clockwise. • To change modes in descending order (Mode 0, Mode 8, Mode 7, Mode 6, etc.), turn the rotary selector counterclockwise. • Usually, the mode No. is not displayed in Test mode. Only while the rotary selector is held pressed is the mode No. displayed.

[Basic operations in Mode 6 (For confirmation of changing values of the VRs)] E

• For selecting a VR whose changing value is to be checked, turn the rotary selector clockwise or counterclockwise. • To start monitoring a changing value, press the rotary selector. • To reset the result of changed value, also press the rotary selector.

[Basic operations in Mode 7 (For confirmation of lighting of the individual level-indicator LEDs)]

• Each time the CH1 CUE (TAP) button is pressed, the current LED of the CH1 level indicator to be lit changes upward, one after another. If the button is pressed while the uppermost LED is lit, the bottom LED will be lit. • Each time the CH2 CUE (TAP) button is pressed, the current LED of the CH2 level indicator to be lit changes upward, one after another. If the button is pressed while the uppermost LED is lit, the bottom LED will be lit. • Each time the SHIFT button is pressed, the current LED of the MASTER level indicator to be lit changes upward, one after another. If the button is pressed while the uppermost LED is lit, the bottom LED will be lit. 32

DJM-T1 1

[Basic operations in Mode 8 (For adjusting the cross fader)] • To start adjusting the cross fader, press the CH1 CUE (TAP), SHIFT, and CH2 CUE (TAP) buttons simultaneously in Test mode 8. • To determine the minimum value of the cross fader, after starting cross fader adjustment, slide the cross fader to the leftmost position then press the ACTIVE button on Deck A. • To determine the maximum value of the cross fader, slide the cross fader to the rightmost position then press the ACTIVE button on Deck B. • To store the minimum and maximum values of the cross fader in the nonvolatile memory, after determining both values, press the CH1 CUE (TAP), SHIFT, and CH2 CUE (TAP) buttons simultaneously again. While the data are being stored in the nonvolatile memory, the ACTIVE buttons on Decks A and B flash in green, and after storage is completed, they are lit in green. • If the cross fader has not been adjusted, after normal startup of the unit the ACTIVE buttons on Decks A and B flash alternately in green and amber.

Flowchart of Mode Shifting in Test Mode Set the POWER switch to ON while holding the FX1 effect control 1, FX1 effect control 3, and CH1 CUE (TAP) buttons pressed.

To advance to the next mode, while holding the SNAP button pressed, turn the rotary selector clockwise. To return to the previous mode, while holding the SNAP button pressed, turn the rotary selector counterclockwise.

Start of Test mode

Mode 0: For confirmation of the firmware version D

Mode 1: For making all LEDs unlit

Mode 8: For adjusting the cross fader

Mode 2: For making LEDs lit

Mode 7: For confirmation of lighting of the individual level-indicator LEDs

Mode 3: For confirmation of individual keys

Mode 6: For confirmation of changing values of the VRs E

Mode 4: For confirmation of individual slide switches

Mode 5: For confirmation of the values of the VRs

DJM-T1 5

Details on Each Mode in Test Mode 1 Mode 0: For confirmation of the firmware version [Outline of the test] The firmware version is displayed, using the level indicators. The firmware version is a 3-digit number, and the highest-order digit is expressed with the LEDs of the CH1 level indicator. The second-higher-order and the lowest-order digits are expressed with the LEDs of the MASTER and CH2 level indicators, respectively. 0: No LEDs of a level indicator are lit. 1: The lowermost LED of a level indicator is lit. 2: The two LEDs from the bottom of a level indicator are lit. 3: The three LEDs from the bottom of a level indicator are lit. 4: The four LEDs from the bottom of a level indicator are lit. 5: The five LEDs from the bottom of a level indicator are lit. 6: The six LEDs from the bottom of a level indicator are lit. 7: The seven LEDs from the bottom of a level indicator are lit. 8: The eight LEDs from the bottom of a level indicator are lit. 9: The nine LEDs from the bottom of a level indicator are lit.

Example of a version display: Ver. 108

Example of a version display: Ver. 920

DJM-T1 1

2 Mode 1: For making all LEDs unlit

[Outline of the test] This mode is for testing if any LED lights erroneously, by making all the LEDs used for the keys, status indicators, and level indicators unlit. [Subjects of the test] • All LEDs used for lighting keys and level indicators • All LEDs, except for the POWER indicator

3 Mode 2: For making LEDs lit [Outline of the test] This mode is for testing if any LED has color or luminance variations, by making the LEDs used for the keys, status indicators, and level indicators lit. [Subjects of the test] • All LEDs used for lighting keys and level indicators • All LEDs, except for the POWER indicator, CROSS F. REVERSE indicator, and the LED for the UTILITY (WAKE UP) button [Details on the test] 1 There are 5 modes in LED Lighting mode. These modes can be changed by turning the rotary selector clockwise or counterclockwise. • LED lighting status 1: All the LEDs are lit. The green and amber LEDs for the HOT CUE/SAMPLER 1, 2, 3, 4, and ACTIVE buttons on Decks A and B are lit. In addition, the green and amber indicators beneath the SELECT button are also lit. • LED lighting status 2: The amber LEDs for the HOT CUE/SAMPLER 1, 2, 3, 4, and ACTIVE buttons on Decks A and B are lit. Only the amber indicator beneath the SELECT button is lit (the green indicator remains unlit). All the LEDs other than the above are lit. • LED lighting status 3: The green LEDs for the HOT CUE/SAMPLER 1, 2, 3, 4, and ACTIVE buttons on Decks A and B are lit. Only the green indicator beneath the SELECT button is lit (the amber indicator remains unlit). All the LEDs other than the above are lit. • LED lighting status 4: The amber LEDs for the HOT CUE/SAMPLER 1, 2, 3, 4, and ACTIVE buttons on Decks A and B are lit dimly. Only the amber indicator beneath the SELECT button is lit dimly (the green indicator remains unlit). All the LEDs other than the above are lit dimly. • LED lighting status 5: The green LEDs for the HOT CUE/SAMPLER 1, 2, 3, 4, and ACTIVE buttons on Decks A and B are lit dimly. Only the green indicator beneath the SELECT button is lit dimly (the amber indicator remains unlit). All the LEDs other than the above are lit dimly.

2 LED lighting status 1 is entered immediately after Mode 2 is entered from other modes. From that status, you can switch LED lighting status to status 2, 3, 4, then to 5, by turning the rotary selector clockwise. You can switch LED lighting status from status 1 to status 5, 4, 3, then to 2, by turning the rotary selector counterclockwise.

Note: The POWER indicator is always lit while power is on, because lighting of that indicator is controlled by hardware. The CROSS F. REVERSE indicator and the LED for the UTILITY (WAKE UP) button are lit brightly when they light, because they cannot be lit dimly.

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4 Mode 3: For confirmation of individual keys [Outline of the test] This mode is for testing if pressing on the push keys and rotary encoders can be correctly recognized. [Subjects of the test] All push keys and rotary encoders

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[Details on the test] 1 Test of pressing on the rotary encoders You can check if pressing on a rotary encoder is correctly recognized, with lighting of the level indicators. • Pressing on the rotary selector: Test Mode No. will be displayed with the level indicator. • Pressing on the AUTO LOOP (LOOP MOVE/SAMPLE VOLUME) control on Deck A: The 5th LED of the CH1 level indicator lights. • Pressing on the AUTO LOOP (LOOP MOVE/SAMPLE VOLUME) control on Deck B: The 5th LED of the CH2 level indicator lights. 2 Operation test of keys that do not light You can check if pressing on a key (except for the SELECT button) is correctly recognized, with lighting of the level indicators. • Pressing on the LOAD (DUPLICATE) button on Deck A: The topmost LED of the CH1 level indicator lights. • Pressing on the LOAD (DUPLICATE) button on Deck B: The topmost LED of the CH2 level indicator lights. • Pressing on the SELECT button: The HOT CUE and SAMPLER indicators beneath the SELECT button light simultaneously.

3 Operation test of lighting keys with small openings of light You can check if pressing on a key is correctly recognized, with lighting of that key and level indicators. (The HOT CUE/SAMPLER buttons on Decks A and B light in green.) • Pressing on the MIDI CH1 button: The 11th LED from the bottom of the CH1 level indicator lights. • Pressing on the MIDI CH2 button: The 11th LED from the bottom of the CH1 level indicator lights. • Pressing on the UTILITY (WAKE UP) button: The 11th LED from the bottom of the MASTER level indicator lights. • Pressing on the SYNC (MASTER) button on Deck A: The 10th LED from the bottom of the CH1 level indicator lights. • Pressing on the SYNC (MASTER) button on Deck B: The 10th LED from the bottom of the CH2 level indicator lights. • Pressing on the FX1 ON (GROUP/SINGLE) button: The 9th LED from the bottom of the CH1 level indicator lights. • Pressing on the FX1 effect control 1 button: The 8th LED from the bottom of the CH1 level indicator lights. • Pressing on the FX1 effect control 2 button: The 7th LED from the bottom of the CH1 level indicator lights. • Pressing on the FX1 effect control 3 button: The 6th LED from the bottom of the CH1 level indicator lights. • Pressing on the FX2 ON (GROUP/SINGLE) button: The 9th LED from the bottom of the CH2 level indicator lights. • Pressing on the FX2 effect control 1 button: The 8th LED from the bottom of the CH2 level indicator lights. • Pressing on the FX2 effect control 2 button: The 7th LED from the bottom of the CH2 level indicator lights. • Pressing on the FX2 effect control 3 button: The 6th LED from the bottom of the CH2 level indicator lights. • Pressing on the HOT CUE/SAMPLER 1 button on Deck A: The 4th LED from the bottom of the CH1 level indicator lights. • Pressing on the HOT CUE/SAMPLER 2 button on Deck A: The 3rd LED from the bottom of the CH1 level indicator lights. • Pressing on the HOT CUE/SAMPLER 3 button on Deck A: The 2nd LED from the bottom of the CH1 level indicator lights. • Pressing on the HOT CUE/SAMPLER 4 button on Deck A: The lowermost LED of the CH1 level indicator lights. • Pressing on the HOT CUE/SAMPLER 1 button on Deck B: The 4th LED from the bottom of the CH2 level indicator lights. • Pressing on the HOT CUE/SAMPLER 2 button on Deck B: The 3rd LED from the bottom of the CH2 level indicator lights. • Pressing on the HOT CUE/SAMPLER 3 button on Deck B: The 2nd LED from the bottom of the CH2 level indicator lights. • Pressing on the HOT CUE/SAMPLER 4 button on Deck B: The lowermost LED of the CH2 level indicator lights. 4 Operation test of lighting keys with large openings of light • Pressing on the A f (REL.) button on Deck A: The key lights. • Pressing on the CUE (ABS.) button on Deck A: The key lights. • Pressing on the FX ASSIGN (s BEND t) 1 button on Deck A: The key lights. • Pressing on the FX ASSIGN (s BEND t) 2 button on Deck A: The key lights. • Pressing on the f (REL.) button on Deck B: The key lights. • Pressing on the CUE (ABS.) button on Deck B: The key lights. • Pressing on the FX ASSIGN (s BEND t) 1 button on Deck B: The key lights. • Pressing on the FX ASSIGN (s BEND t) 2 button on Deck B: The key lights. • Pressing on the CH1 CUE (TAP) button: The key lights. • Pressing on the CH2 CUE (TAP) button: The key lights. • Pressing on the ACTIVE button on Deck A: The key lights in green. • Pressing on the ACTIVE button on Deck B: The key lights in green. • Pressing on the SHIFT button: The key lights. • Pressing on the SNAP button: The key lights.

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5 Mode 4: For confirmation of individual slide switches [Outline of the test] This mode is for testing if the position of each slide switch can be correctly recognized. [Subjects of the test] All slide switches (operating elements shaded in blue in the figure below)

[Details on the test] 1 Which slide switch is being tested is indicated with the LEDs of a level indicator. Which LED corresponds to which slide switch is shown below: • CH1 CD/PHONO/USB selector: The 11th LED from the bottom of a level indicator • CH2 CD/PHONO/USB selector: The 10th LED from the bottom of a level indicator • INPUT SELECT switch: The 9th LED from the bottom of a level indicator • CROSS F. CURVE (THRU, , ) selector: The 8th LED from the bottom of a level indicator • CROSS F. REVERSE switch: The 7th LED from the bottom of a level indicator 2 The position of each slide switch is indicated by which level indicator’ s LED is lit. • If an LED for the CH1 level indicator is lit, the slide switch position is left. • If an LED for the MASTER level indicator is lit, the slide switch position is center. • If an LED for the CH2 level indicator is lit, the slide switch position is right. Note: For a 2-position slide switch, the LEDs of the MASTER level indicator are not used.

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6 Mode 5: For confirmation of the values of the VRs

[Outline of the test] This mode is for indicating changes in voltages (A/D conversion values) that are obtained from the faders and rotary VRs with the level indicators in order to test if these operating elements operate properly. This mode is also used for testing if the rotary encoder operates properly. [Subjects of the test] Operating elements shaded in blue in the figure below

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[Details on tests for controls and faders] 1 All LEDs of the MASTER level indicator are unlit immediately after Mode 5 is entered. 2 If you turn or slide a subject operating element, the A/D conversion values corresponding to that operating element that are divided into 1024 levels will be converted into those with 12 levels and indicated with the LEDs of the MASTER level indicator. 3 Then, if you turn or slide another operating element, the status of the previous operating element is cleared and the A/D conversion values for the new operating element will be converted in the same manner as mentioned above and indicated with the LEDs of the MASTER level indicator.

4 Position data of each control and fader are reflected not only by the number of LEDs lit of the MASTER level indicator but also on the luminance of the LEDs lit of the CH1 and CH2 level indicators. (For the minimum A/D value they are unlit, and for the maximum A/D value their luminance becomes highest.) Each operating element is linked with either the CH1 or CH2 level indicator, depending on its position (see the table below). Operating element

LED to be lit

FX1 DRY/WET control FX1 effect control 1 FX1 effect control 2 FX1 effect control 3 CH1 TRIM control CH1 EQ (HI) control CH1 EQ (MID) control CH1 EQ (LOW) control HEADPHONES MIXING control HEADPHONES LEVEL control CH1 fader FX2 DRY/WET control FX2 effect control 1 FX2 effect control 2 FX2 effect control 3 CH2 TRIM control CH2 EQ (HI) control CH2 EQ (MID) control CH2 EQ (LOW) control MASTER LEVEL control BOOTH MONITOR control CH2 fader Cross fader

The topmost LED of the CH1 level indicator The 11th LED from the bottom of the CH1 level indicator The 10th LED from the bottom of the CH1 level indicator The 9th LED from the bottom of the CH1 level indicator The 8th LED from the bottom of the CH1 level indicator The 7th LED from the bottom of the CH1 level indicator The 6th LED from the bottom of the CH1 level indicator The 5th LED from the bottom of the CH1 level indicator The 4th LED from the bottom of the CH1 level indicator The 3rd LED from the bottom of the CH1 level indicator The 2nd LED from the bottom of the CH1 level indicator The topmost LED of the CH2 level indicator The 11th LED from the bottom of the CH2 level indicator The 10th LED from the bottom of the CH2 level indicator The 9th LED from the bottom of the CH2 level indicator The 8th LED from the bottom of the CH2 level indicator The 7th LED from the bottom of the CH2 level indicator The 6th LED from the bottom of the CH2 level indicator The 5th LED from the bottom of the CH2 level indicator The 4th LED from the bottom of the CH2 level indicator The 3rd LED from the bottom of the CH2 level indicator The 2nd LED from the bottom of the CH2 level indicator The lowermost LEDs of the CH1 and CH2 level indicators

[Details on the rotary encoder test] 1 Press the rotary encoder (AUTO LOOP [LOOP MOVE/SAMPLE VOLUME] control). All LEDs of the MASTER level indicator are unlit. E

2 Check that the lowermost LED of the MASTER level indicator lights when you start turning the rotary encoder clockwise and that the number of LEDs lit increases upward as you turn the rotary encoder farther clockwise. If you turn the rotary encoder farther clockwise when all 12 LEDs are lit, lighting status will not change. 3 If you turn the rotary encoder counterclockwise, the number of LEDs lit decreases from top to bottom as you turn the rotary encoder. If you turn the rotary encoder farther counterclockwise when all 12 LEDs are unlit, lighting status will not change. Note 1: During the rotary encoder test, lighting status of the CH1 and CH2 level indicators does not change. Note 2: Before performing a rotary encoder test, be sure to fully turn all the controls counterclockwise.

[Use of this mode during repair] â&#x20AC;˘ For failure judgment of the VRs and rotary encoders â&#x20AC;˘ For operation check of a VR or rotary encoder after replacement 40

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7 Mode 6: For confirmation of changed values of the VRs

[Outline of the test] This mode is for testing changes in voltages (A/D conversion values) that are obtained from the faders and rotary VRs, using the level indicators. [Subjects of the test] Operating elements shaded in blue in the figure below

To select an operating element to be tested, turn the rotary selector clockwise or counterclockwise. To start monitoring or resetting A/D conversion values, press the rotary selector.

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[Details on the test] 1 Select an operating element to be tested, by turning the rotary selector clockwise or counterclockwise. Be sure not to turn the rotary selector while holding the SNAP button pressed, as this will change Mode 6 to other modes. 2 Which operating element is selected is indicated by flashing of an LED of the CH1 and CH2 level indicators. Operating element

LED to be lit

3 After selecting an operating element to be tested, press the rotary selector to start monitoring the A/D conversion value. The A/D conversion value obtained immediately after a monitoring start will be a reference value. All LEDs of the MASTER level indicator are unlit. Note: A/D conversion values to be monitored are data before hysteresis processing is performed. D

4 After monitoring starts, A/D conversion values of that operating element are monitored, and the LEDs of the MASTER level indicator will light according to monitored values, as follows: • A monitored A/D conversion value is greater than the reference value by 1: The 7th LED from the bottom of the MASTER level indicator lights. • A monitored A/D conversion value is greater than the reference value by 2: The 7th and 8th LEDs from the bottom of the MASTER level indicator light. • A monitored A/D conversion value is greater than the reference value by 3: The 7th to 9th LEDs from the bottom of the MASTER level indicator light. • A monitored A/D conversion value is greater than the reference value by 4: The 7th to 10th LEDs from the bottom of the MASTER level indicator light. • A monitored A/D conversion value is greater than the reference value by 5: The 7th to 11th LEDs from the bottom of the MASTER level indicator light. • A monitored A/D conversion value is greater than the reference value by 6: The 7th to 12th LEDs from the bottom of the MASTER level indicator light. • A monitored A/D conversion value is greater than the reference value by 7 or more: The 12th LED from the bottom of the MASTER level indicator lights. • A monitored A/D conversion value is smaller than the reference value by 1: The 6th LED from the bottom of the MASTER level indicator lights. • A monitored A/D conversion value is smaller than the reference value by 2: The 5th and 6th LEDs from the bottom of the MASTER level indicator light. • A monitored A/D conversion value is smaller than the reference value by 3: The 4th to 6th LEDs from the bottom of the MASTER level indicator light. • A monitored A/D conversion value is smaller than the reference value by 4: The 3th to 6th LEDs from the bottom of the MASTER level indicator light. • A monitored A/D conversion value is smaller than the reference value by 5: The 2nd to 6th LEDs from the bottom of the MASTER level indicator light. • A monitored A/D conversion value is smaller than the reference value by 6: The 1st to 6th LEDs from the bottom of the MASTER level indicator light. • A monitored A/D conversion value is smaller than the reference value by 7 or more: The lowermost LED of the MASTER level indicator lights. Note: A/D values both greater and smaller than a reference value remain indicated on the MASTER level indicator. 5 To reset past changed values while monitoring A/D conversion values, press the rotary selector. 42

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Any value greater than the reference value by 1 to 6 or by 7 or more is indicated.

Any value smaller than the reference value by 1 to 6 or by 7 or more is indicated.

[Use of this mode during repair] • For failure judgment of the rotary VRs As a guide, amplitude values higher than +4 or lower than -4 may be judged as failure. The VRs can be set to any position during measurement. Possible symptoms are shown below. • The volume changes arbitrarily. • Interrupted sound leakage occurs even if the volume is decreased to the minimum at the Master or Booth Monitor. • The MIDI signal is output even if the corresponding VR is not operated. • For operation check of a rotary VR after replacement

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8 Mode 7: For confirmation of lighting of the individual level-indicator LEDs [Outline of the test] This mode is for testing if lighting of the LEDs of the level indicators is properly controlled. [Subjects of the test] Level indicators

Each time this button is pressed, the current LED to be lit of the CH1 level indicator changes upward, one after another. C

Each time this button is pressed, the current LED to be lit of the MASTER level indicator changes upward, one after another. Each time this button is pressed, the current LED to be lit of the CH2 level indicator changes upward, one after another.

[Details on the test] 1 Each time the CH1 CUE (TAP) button is pressed, the current LED to be lit of the CH1 level indicator changes upward, one after another. If the button is pressed while the uppermost LED is lit, the lowermost LED will be lit. 2 Each time the CH2 CUE (TAP) button is pressed, the current LED to be lit of the CH2 level indicator changes upward, one after another. If the button is pressed while the uppermost LED is lit, the lowermost LED will be lit.

3 Each time the SHIFT button is pressed, the current LED to be lit of the MASTER level indicator changes upward, one after another If the button is pressed while the uppermost LED is lit, the lowermost LED will be lit.

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9 Mode 8: For adjusting the cross fader

[Outline] This mode is for compensating for variations in individual cross faders and for storing the compensation results in nonvolatile memory. [Operating elements to be used for adjustment] â&#x20AC;˘ CH1 CUE (TAP), SHIFT, and CH2 CUE (TAP) buttons: To start adjustment and storing of data in the nonvolatile memory â&#x20AC;˘ ACTIVE buttons on Decks A and B: To start reading the minimum and maximum values of the cross fader

Simultaneous pressing on the CH1 CUE (TAP), SHIFT, and CH2 CUE (TAP) buttons starts adjustment and storing of data in the nonvolatile memory.

After adjustment is started, these buttons start flashing in amber at intervals of 500 ms. When the minimum cross fader value is determined, the button on Deck A lights in amber. When the maximum cross fader value is determined, the button on Deck B lights in amber. While data are being stored in the nonvolatile memory, these buttons flash in green at intervals of 250 ms. When data storage in the nonvolatile memory is completed, these buttons light in green. E

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[Details on adjustment mode] 1 Immediately after Mode 8 (For adjusting the cross fader) is entered, all LEDs are unlit. 2 To start adjustment, simultaneously press the CH1 CUE (TAP), SHIFT, and CH2 CUE (TAP) buttons. The ACTIVE buttons on Decks A and B start flashing in amber at intervals of 500 ms to indicate that adjustment has started. 3 Slide the cross fader to its leftmost position then press the ACTIVE button on Deck A. A/D conversion values are obtained for 1 sec after the button is pressed, and the maximum value among them is determined as the cross-fader minimum value. Once this cross-fader minimum value is determined, flashing of the ACTIVE button on Deck A turns to lighting in amber.

4 Slide the cross fader to its rightmost position then press the ACTIVE button on Deck B. A/D conversion values are obtained for 1 sec after the button is pressed, and the minimum value among them is determined as the cross-fader maximum value. Once this cross-fader maximum value is determined, flashing of the ACTIVE button on Deck B turns to lighting in amber. 5 After the cross-fader minimum and maximum values are determined in Steps 3 and 4, store those data in the nonvolatile memory by simultaneously pressing the CH1 CUE (TAP), SHIFT, and CH2 CUE (TAP) buttons. The ACTIVE buttons on Decks A and B flash in green at intervals of 250 ms while data are being stored then turn to being lit in green after storage is completed.

[Notes on Adjustment mode] • The cross-fader minimum and maximum values cannot be stored in the nonvolatile memory unless those data are determined. (Storage in the nonvolatile memory cannot be performed if the ACTIVE buttons on Decks A and B are unlit or flashing.) • If the cross-fader minimum or maximum value cannot be determined within 30 sec after adjustment is started, the ACTIVE buttons on Decks A and B go dark and adjustment start is canceled. • If the CROSS FADER REVERSE function is ON, adjustment cannot be started. [Special instructions] • The mixer keeps track of the cross-fader adjustment history, and if there is no adjustment history at normal startup, it notifies of it by flashing the ACTIVE buttons on Decks A and B alternately in amber and green at intervals of 500 ms. (However, if the cross fader is replaced after adjustment, the mixer cannot recognize it and behaves as if adjustment were performed.) • If the cross fader has not been adjusted, after normal startup of the mixer, audio volume cannot be changed even if the position of the cross fader is changed, for notification of such status. • If the minimum or maximum value of the cross fader obtained during adjustment is substantially out of range of the specifications, when you attempt to store such data in the nonvolatile memory by simultaneously pressing the CH1 CUE (TAP), SHIFT, and CH2 CUE (TAP) buttons, the ACTIVE buttons on Decks A and B start flashing alternately in amber and green at intervals of 500 ms to notify that the obtained data are erroneous. • Cross Fader Adjustment mode is provided for compensating for variations in individual cross faders that are mounted in the unit. This mode cannot change the characteristics of the cross fader curve.

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6.2 ABOUT THE DEVICE Device Name MAIN CPU

Function

Part No.

Audio Processing and LED, USB, KEY and VR control

R5S72630P200FP

Reference No. IC101

Assy OUTPUT Assy

FLASH (8 Mbit)

Memory for UCOM

DYW1804

IC109

OUTPUT Assy

SDRAM (64 Mbit)

Memory for UCOM

IS42S16400F-6TL

IC108

OUTPUT Assy

Sensor Device (with Hall Element Inside)

Sensor device for detection of cross fader position

EM-3242

IC4001

CRFD Assy

6.3 DEFAULT SETTING

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7. DISASSEMBLY A

Note: Even if the unit shown in the photos and illustrations in this manual may differ from your product, the procedures described here are common.

Knobs and Volumes Location B

G D

I A

Rotary Knob (SS) (DAA1164) ×3

Rotary VR Knob (DAA1276) ×2

Dial Knob (DAA1277) ×2

White

Rotary VR Knob (DAA1278) ×2

White

White Black

Gray

Black

Rotary VR Knob (B) (DAA1183) ×2

Black

Rotary VR Knob (G) (DAA1280) ×8

Rotary VR Knob (B) (DAA1279) ×6

White

Gray

Black

White

Knob (DAA1281) ×1

Slider Knob 1 (DAC2684) ×3

Slider Knob 2 (DAC2685) ×3

Slider Knob Stopper (DNK5888) ×3

Slider Knob 2 White

Black

Slider Knob 1 Black

Slider Knob Stopper Gray

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Disassembly

[1] Control Panel Section, Fader Section [1-1] Exterior section (1) Remove the six screws. (BBZ30P080FTB) (2) Pull out side panel L and R to the rear, and remove it. (3) Remove the three rotary knobs (SS). (4) Remove the five screws. (BBZ30P080FTB) (5) Unhook the two hooks. (6) Remove the front panel.

×3

Side panel L

2 5 6 4

×2

3 ×3 Rotary knob (SS)

Side panel R

5 4

Screw tightening order

×3

Front panel

×3 C

The other screws are random order.

[1-2] Control panel section

* When you remove a Control panel section, You do not need to remove Front panel and Side panels. (1) Remove the two rotary VR knobs. (2) Remove the three silider knobs 2, three slider knobs 1, three slider knob stoppers. (See next page.) (3) Remove the eight screws. (DBA1290)

Side on which the line reaches the bottom Side on which the line reaches the bottom

×2

1 ×2 Rotary VR knob Stopper (right direction)

Stopper (rear direction)

Screw tightening order

×8

The other screws are random order. E

Note: Assemble Slider knob necessarily in directions in the figure.

A 49

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â&#x20AC;˘ Disassembly of the slider knob The new slider knob adopted by this product is designed so that it is not pulled out easily. Therefore, the method for removing the slider knob is different from the conventional method; it can only be pulled out after slider knob 2 is removed. 1 Find the side on which the line reaches the bottom.

2 Insert a pair of tweezers etc. beneath the line then push the slider knob 2 upward. To protect the panel from being scratched, use protective material.

3 Remove the slider knob 2.

Slider knob 2 B

Slider knob 2

Tweezers 4 Remove the slider knob 1.

*: During reassembly, fully push down Slider knob 2 until it is dented into Slider knob 1.

Protective material

5 Remove the slider knob stopper.

Slider knob 1 C

Slider knob stopper

(4) Remove the control panel section.

Control panel section

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[1-3] Fader section (1) Disconnect the one flexible cable and three connectors. (CN104, CN106 to CN108) (2) Remove the fader section.

Fader section

CN107

CN108

CN106

• Connectors color Match the color of a connected connector.

B W R

(Blue) (White) (Red)

CHFD1 CRFD CHFD2

2 1

×4

CN108

CN106

CN107

CN104

[2] INPUT Assy (1) Disconnect the four short pin plugs. (2) Remove the two screws. (BPZ30P080FTB) (3) Remove the two screws. (BBZ30P060FTB)

×2

3 1

×2

2 D

• Rear view

(4) Remove the four screws. (BBZ30P060FTB) (5) Release the two PCB spacers.

INPUT Assy

Screw tightening order The other screws are random order.

4 5 TRIM stay

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(6) Lift up the INPUT Assy to a front direction. INPUT Assy

(7) Reassemble the fader section in the fig below. (Reconnect the connectors.)

Diagnosis D

VRSW Assy

Fader section INPUT Assy

ACSW Assy

HPJK Assy MCJK Assy REG Assy

OUTPUT Assy

SECONDARY Assy PRIMARY Assy

MCVR Assy

FDSW Assy DJM-T1

Jumper wire styling

SECONDARY Assy

TRANS Assy

CN3201 CN3101

3 rotations. (For improving sound quality)

Reference information C

Screw tightening order (FDSW Assy)

Screw tightening order (Cannon connector)

The other screws are random order.

FDSW Assy

Screw tightening order (Bracket PSW)

Screw tightening order (ACSW Assy) Bracket PSW

A A

Bracket PSW

B E

ACSW Assy

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[3] Fader [3-1] CROSS FADER Assy (1) Remove the two screws. (BBZ30P060FTB) (2) Remove the cross fader section. (3) Disconnect the one connector. (CN4001)

Cross fader section

×2 CN4001

Screw tightening order

CRFD Assy

• Note on Removal of the CROSS FADER Assy CROSS FADER Assy

When the CROSS FADER Assy is detached from the panel stay, the cables from the Assy may be caught by the cutout of the panel stay. In such a case, if you continue to pull out the Assy with the cables caught, they may be damaged and broken. So, be careful when you remove the Assy. D

Panel stay

(4) (5) (6) (7)

Remove the two screws. (BPZ30P080FTB) Remove the CRF stay. Remove the two screws. Remove the CRFD Assy.

×2 CRF stay

Screw tightening order CROSS FADER Assy

×2 CRFD Assy

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[3-2] CHFD1, 2 Assy (1) Remove the four screws. (BSZ20P040FTB) (2) Remove the CHFD1 and 2 sections. (3) Disconnect the two connectors. (CN2301, 2401)

×2

CHFD1 section

×2

CHFD2 section

Screw tightening order

CN2301 CN2401

CHFD Assy

(4) (5) (6) (7) (8)

Remove the four screws. (BPZ20P060FTC) Remove the CHFD Assy with VR stay. Remove th two screws. (PMH20P040FTC) Remove the CHFD Assy. Remove the two screws and remove the guide shaft (S) and slider base section. (CPZ26P080FTC) (9) Remove the slider section from guide shaft (S). (10) Remove the two screws and remove the lever plate. (BPZ20P060FTC)

4 6

×4

×2 D

CHFD Assy

7 10 ×2

VR stay

Lever plate

Screw tightening order

×2

CHFD Assy

Guide shaft (S)

Slider base

9 VR stay

B VR stay

Shaft holder

CHFD Assy

Note: The grease application position when you assemble guide shaft(S) refer to "9.4 FADER SECTION."

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[3-3] PNLL, PNLR Assy (1) Remove the eight screws. (BBZ30P060FTB) (2) Release the jumper wire from the holder. (3) Remove the PNLL and PNLR Assys. (4) Disconnect the two connectors. (CN3702, 3801)

PNLR Assy

×4 CN3801

PNLL Assy

×4

4 CN3702

2 2 2 C

• Bottom view

[4] VRSW Assy (1) Remove the all knobs.

×21

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(2) Remove the all nuts and washers.

Ă&#x2014;18

Screw tightening order The other screws are random order.

B C D

(3) (4) (5) (6)

Remove the control panel. Remove the all buttons. Release the flexible cable. Remove the four rivets and remove the shield sheet A.

Control panel

Rivet tightening order

4 E

VRSW Assy

Shield sheet A

DJM-T1 5

Ă&#x2014;4

8. EACH SETTING AND ADJUSTMENT 8.1 NECESSARY ITEMS TO BE NOTED A

After repairing, be sure to check the version of the firmware, and if it is not the latest one, update to the latest version. Perform the each item when the following parts are replaced. • OUTPUT Assy (MAIN CPU: IC101)

• Confirmation of the version of the firmware • Updating to the latest version of the firmware

• Cross fader

After replacement, adjustment is required. For details, see “Mode 8: For adjusting the cross fader” in “6.1 TEST MODE.”

8.2 UPDATING OF THE FIRMWARE

* Updating of the firmware following the procedures shown below will rewrite data in the program area. (Data in the boot area cannot be updated.) * Available OS: Windows XP/Windows Vista/Windows 7

Procedure 1 Turn off the power of DJM-T1. Then connect USB cable with PC and DJM-T1.

3 Putting the "update file", "dll file" and "update program" to optional folder on PC. • Update Program: DJMT1UpdateProgram.exe • DLL: pcupdate.dll • Update File: DJMT1MAIN.upd

2 Start up DJM-T1 for "update mode". Keep pushing the "FX2 EFFECT ON/OFF"button and "SELECT(Deck B&D side)" button. Then turn on the power of DJM-T1. D

4 Start the "update program" on PC. Double click the DJMT1UpdateProgram.exe.

Push

Keep pushing till DJM-T1 start for "update mode".

5 Select a language. Select a language. Then click [OK].

DJM-T1 1

6 Confirm a firmware version. Click [Start].

8 Screen of complete. Click [OK]. The DJM-T1's "CH1 LEVEL METERS" and "CH2 LEVEL METERS" is lighting all LEDs.

7 Screen of update. Please wait till the update is completing.

9 Turn off the power of DJM-T1.

[Reference information] The time required for updating is approximately 5 minutes for Windows XP and approximately 1 minute for other operating systems.

Indications by the level indicators during updating Function outline Indications by the level indicators during updating is described here. You can confirm updating status with the progress bar of the PC application and the level indicators of the mixer. â&#x20AC;˘ CH1 level indicator: Error-indicating segments: Indications change, depending on errors. â&#x20AC;˘ CH2 level indicator: Progress-indicating segments: Progress of updating is indicated. Mode-indicating segment: This segment flashes at intervals of 500 msec until the updating process is completed then is lit after updating is completed.

Mode-indicating segment

Error-indicating segments

Progress-indicating segments

CH2

CH1

DJM-T1 5

Indications of the CH2 Level Indicator (Progress and Mode Indications)

Flashing at intervals of 500 msec

A transfer request is received.

Waiting for reception of a transfer request for the UPDATE file

Transfer is started.

Waiting for reception of the UPDATE file

Transfer completed 25%

Receiving the UPDATE file (0–25%)

Transfer completed 50%

Receiving the UPDATE file (25–50%)

Transfer completed 75%

Transfer completed 100%

File check completed

Receiving the UPDATE file (50–75%)

Receiving the UPDATE file (75–100%)

Checking the UPDATE file

Lit

If an error is generated during an updating process, this indication is immediately indicated.

Erasure completed

Writing completed

Verification completed

FLASH memory being erased

FLASH memory being written to

FLASH memory being verified

Updating completed

DJM-T1 1

Indications of the CH1 Level Indicator (Error Indications)

Updating being properly processed

Timeout of updating processes

Checksum error

Verification error of the UPDATE file

FLASH memory erasure error

FLASH memory writing error D

FLASH memory verification error

Updating properly completed

DJM-T1 5

8.3 USER SETTABLE ITEMS A

Setting Item

CH1 Level Indicator flashing position

Setting Area

Initial Value (Factory settings)

Cross Fader Cut Lag

The topmost LED

0 to 52

Cross Fader Curve Slow A

The 2nd LED from the top

0 to 32

Cross Fader Curve Slow B

The 3rd LED from the top

0 to 32

Cross Fader Curve Fast A

The 4th LED from the top

0 to 32

Cross Fader Curve Fast B

The 5th LED from the top

0 to 32

Generic Controller Mode

The 6th LED from the top

ON/OFF

OFF

Mic Output To Booth Monitor

The 7th LED from the top

ON/OFF

Auto Standby

The 8th LED from the top

ON/OFF

Parts

Flash ROM IC109: DYW1804 (OUTPUT Assy)

Content to be Stored

UTILITY setting

Check Procedures of the UTILITY Settings 1. Hold the UTILITY (WAKE UP) button pressed for at least 1 sec then check that the UTILITY (WAKE UP) indicator and the CH 1 channel level indicator flash. 2. To check the setting value of each item, use the LOAD (DUPLICATE) B button to advance or the LOAD (DUPLICATE) A button to go back. Note: For details, refer to the operation manual of the unit. Note: This model does not have the division of USER SETUP and CLUB SETUP.

DJM-T1 1

DJM-T1 5

9. EXPLODED VIEWS AND PARTS LIST NOTES:

Parts marked by â&#x20AC;&#x153;NSPâ&#x20AC;? are generally unavailable because they are not in our Master Spare Parts List. The > mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of identical designation. - Screws adjacent to b mark on product are used for disassembly. - For the applying amount of lubricants or glue, follow the instructions in this manual. (In the case of no amount instructions, apply as you think it appropriate.) -

9.1 PACKING SECTION

Tape

SYXJ8 only

Note: At the re-packing, make the record the direction of the figure.

SYXJ8, UXJCB only

SYXJ8 only

KXJ5 only

DJM-T1 1

(1) PACKING SECTION PARTS LIST Mark No. > NSP

Description

Mark No.

Part No.

1 Power Cord

See Contrast table (2)

2 USB Cable

DDE1128

15 Leaflet/A

DRM1358

DXX2673

16 Leaflet/B

DRM1359

CONTROL CD

17 Leaflet/C

DRM1360

4 Driver Software CD-ROM

DXX2675

18 Leaflet/D

DRM1361

5 TRAKTOR SCRATCH DUO 2

DXX2676

3 TRAKTOR SCRATCH

NSP 19 License Key Label Assy

See Contrast table (2) A

DXA2244

NSP 20 Label/RCY

See Contrast table (2)

6 TRAKTOR SCRATCH CONTROL VINYLDXX2677

NSP 21 Polyethylene Bag

AHG7117

7 Operating Instructions

NSP 22 Polyethylene Bag

AHG7082

Software DVD-ROM NSP

Description

14 Leaflet/TRK

See Contrast table (2)

8 Operating Instructions

See Contrast table (2)

23 Packing Board

9 Operating Instructions

See Contrast table (2)

24 Sheet

RHX1006

10 Operating Instructions

See Contrast table (2)

25 Pad F

DHA1873

See Contrast table (2)

26 Pad R

DHA1874

See Contrast table (2)

27 Packing Case

See Contrast table (2)

11 Operating Instructions 12 Operating Instructions NSP 13 Warranty Card (WY)

DHB1002 B

See Contrast table (2)

(2) CONTRAST TABLE DJM-T1/SYXJ8, UXJCB, LXJ, KXJ5 and XJCN5 are constructed the same except for the following: DJM-T1/ SYXJ8

DJM-T1/ UXJCB

DJM-T1/ LXJ

DJM-T1/ KXJ5

DJM-T1/ XJCN5

Power Cord Operating Instructions (En, Fr, De) Operating Instructions (It, Nl, Es, Ru) Operating Instructions (En) Operating Instructions (En, Es, ZHtw)

ADG7062 DRB1557 DRB1562 Not used Not used

DDG1108 Not used Not used DRB1558 Not used

ADG7062 Not used Not used Not used DRB1559

ADG7115 Not used Not used Not used Not used

ADG7105 Not used Not used Not used Not used

11 12 13 14 20

Operating Instructions (Ko) Operating Instructions (En, Zhcn) Warranty Card (WY) Leaflet/TRK Label/RCY

Not used Not used ARY7107 DRM1357 Not used

Not used Not used Not used DRM1357 Not used

Not used Not used Not used Not used Not used

DRB1560 Not used Not used Not used DRW2487

Not used DRB1561 Not used Not used Not used

Packing Case

DHG3019

DHG3020

DHG3022

DHG3023

DHG3024

Mark

No.

1 7 8 9 10

NSP NSP

Symbol and Description

DJM-T1 5

Refer to "9.5 CONTROL PANEL SECTION" . UXJCB only I H

F G

C C

D Refer to "9.4 FADER SECTION" .

UXJCB only

B C

F B

D J

LXJ only Refer to "9.3 BOTTOM SECTION" .

DJM-T1 1

CONTACT SIDE

NON-CONTACT SIDE

9.2 EXTERIOR SECION

(1) EXTERIOR SECION SECTION PARTS LIST Mark No.

Description

Mark No.

Part No.

Description

21 Cord Hook

Part No. DNK5928

1 INPUT Assy

DWX3282

2 TRM1 Assy

DWX3268

22 Side Panel R

See Contrast table (2)

3 TRM2 Assy

DWX3269

23 Side Panel L

DNK5942

4 FDSW Assy

DWX3266

24 Front Panel

DNK5943

25 Binder

ZCA-SKB90BK

5 HPJK Assy

DWX3267

6 FFC/17P

DDD1577

NSP 26 Label

See Contrast table (2)

7 FFC/7P

DDD1579

NSP 27 V Select Label

See Contrast table (2)

8 FFC/31P

DDD1580

28 Connector Assy

PF04PP-B20

DKP3917

29 TRIM Stay

DNF1878

10 Connector Assy 6P

PF06PP-D22

30 Flange Nut M7

DBN1011

11 Connector Assy

PF07PP-D15

31 Nut M12

DBN1018

12 Short Pin Plug

AKM7008

32 Screw

AMZ26P040FTC

DAA1164

33 Screw

BBZ30P060FTB

DAA1276

34 Screw

BBZ30P080FTB

15 Slider Knob 1

DAC2684

35 Screw

BPZ30P080FTB

16 Slider Knob 2

DAC2685

36 Screw (FE)

DBA1290

9 Crimp Connector/3P

13 Rotary Knob (SS) 14 Rotary VR Knob

17 Front Sheet

NSP 37 Label

DAK1002

NSP 18 PCB Spacer

DEC1389

19 Packing/SW

DEC3378

20 Slider Knob Stopper

DNK5888

See Contrast table (2)

(2) CONTRAST TABLE DJM-T1/SYXJ8, UXJCB, LXJ, KXJ5 and XJCN5 are constructed the same except for the following: Mark

No.

> NSP NSP NSP

22 26 27 37

Symbol and Description Side Panel R Label V Select Label Label

DJM-T1/ SYXJ8

DJM-T1/ UXJCB

DJM-T1/ LXJ

DJM-T1/ KXJ5

DJM-T1/ XJCN5

DNK5941 DAL1181 Not used Not used

DNK5941 DAL1182 Not used DRW1975

DNK5946 DAL1184 DRW2349 Not used

DNK5941 DAL1185 Not used Not used

DNK5941 DAL1186 Not used Not used

DJM-T1 5

9.3 BOTTOM SECTION A

VRSW CN2002

CHFD1 CN2301 CRFD CN4001 CHFD2 CN2401

VRSW F CN2001 PNLL CN3701 INPUT CN3601

H INPUT CN3603

INPUT CN3605

O G

C Silicon grease (GEM1057)

E I

Bottom side

INPUT CN3604

FDSW CN2601

F D H

UXJCB only

R C

Q I

UXJCB, LXJ only

DJM-T1 1

CONTACT SIDE

NON-CONTACT SIDE

(1) BOTTOM SECTION PARTS LIST Mark No.

Description

Part No.

1 OUTPUT Assy

DWX3257

26 MAIN Stay

2 MCVR Assy

DWX3264

27 Shield Plate/PW

DNF1886

3 MCJK Assy

DWX3265

28 Power Knob Guard

DNK4534

4 PRIMARY Assy

See Contrast table (2)

NSP 29 PCB Holder

PNW1706

5 TRANS Assy

See Contrast table (2)

30 PCB Holder

PNW2029

6 SECONDARY Assy

DWR1503

31 Rivet (Plastic)

RBM-003

DWR1504

32 Foot (Rubber)

REC-434

DWS1435

33 Holder

7 REG Assy 8 ACSW Assy >

Mark No.

Part No.

9 Power Transformer (T3101)

See Contrast table (2)

10 AC Inlet

See Contrast table (2)

35 • • • • •

11 Fuse (FU1901: T500 mA)

AEK1051

36 • • • • •

12 FFC/6P

DDD1578

37 Flange Nut M9

DDD1581

38 Flange Nut M7

DBN1011

PF13EE-S12

39 Washer

DEC2920

AEB7092

40 Nut (M12)

NKX2FNI

13 FFC/17P 14 Connector Assy NSP 15 Spacer

VEC1355

NSP 34 FCC Label

See Contrast table (2)

DNF1879

DBN1008

AEC7057

41 Screw

See Contrast table (2)

17 Power Knob

DAC2306

42 Screw (M3x5)

DBA1340

18 Blind Label

DEC2928

43 Screw

AMZ26P040FTC

DEC3365

44 Screw

BBZ30P060FTB

20 Terminal Screw

DKE1014

45 Screw

BBZ40P060FTC

21 Shield Sheet C

DMR1003

46 Screw

BPZ30P080FTB

DNA1430

47 Screw

BPZ30P120FTB

See Contrast table (2)

48 Screw

IBZ30P080FTB

24 Bracket PSW

DNF1759

25 Trans Stay

DNF1839

49 Screw 50 Screw

IMZ30P040FTC PPZ30P080FTB

16 PCB Holder

19 Bottom Sheet

22 Chassis 23 Rear Panel

(2) CONTRAST TABLE DJM-T1/SYXJ8, UXJCB, LXJ, KXJ5 and XJCN5 are constructed the same except for the following: Mark

No.

> > >

4 5 9 10 10 23 34 34 41

NSP NSP

DJM-T1/ SYXJ8

DJM-T1/ UXJCB

DJM-T1/ LXJ

DJM-T1/ KXJ5

DJM-T1/ XJCN5

PRIMARY Assy TRANS Assy Power Transformer (T3101) AC Inlet/2P AC Inlet/3P

DWR1496 DWR1500 DTT1225 DKP3916 Not used

DWR1498 DWR1501 DTT1226 Not used DKP3915

DWR1497 DWR1505 DTT1225 DKP3916 Not used

DWR1496 DWR1500 DTT1225 DKP3916 Not used

Rear Panel FCC,CLASS B Label FCC Label Screw

DNC2055 Not used Not used Not used

DNC2056 DRW2300 Not used PMH40P080FTC

DNC2058 Not used DRW2299 Not used

DNC2059 Not used Not used Not used

DNC2060 Not used Not used Not used

Symbol and Description

DJM-T1 5

9.4 FADER SECTION A

OUTPUT CN106

OUTPUT CN107

Lubricating oil (GYA1001)

Top & Bottom

C Top & Bottom Top & Bottom Note: Greasing must be performed at a total of 8 points, 2 points each for the upper and bottom places of each shaft. (0.4 to 1 mg per point Ă&#x2014; 8 points) After applying grease, move the slider base back and forth from one end to the other for approximately 10 to 20 strokes, in order to fully spread the grease.

OUTPUT CN108

J OUTPUT CN104

DJM-T1 1

FADER SECTION PARTS LIST Mark No.

NSP

Description

Part No.

1 CHFD1 Assy

DWX3260

2 CHFD2 Assy

DWX3261

3 PNLL Assy

DWX3262

4 PNLR Assy

DWX3263

5 1..CROSS FADER Assy

DXA2243

DWX3258

2..CRFD Assy

7 Connector Assy

PF03PP-Q30

8 Connector Assy

PF03PP2Q17

9 Connector Assy

PF03PP6Q17

10 Connector Assy

PF15PP-Q20

11 Button MODE

DAC2759

12 Button HOT CUE

DAC2762

13 Button/ACT

DAC2775

14 Shield Sheet B

DMR1002

15 Panel Stay

DNF1880

16 Holder/LED

DNK5973

17 Rivet (Plastic)

RBM-003

18 Edge Saddle

DEC1807

19 Holder

VEC1355

NSP 20 Guide Shaft (S)

DLA1918

21 Lever Plate

DNH2954

22 VR Stay

DNH2955

23 Slider Base

DNK5851

24 Shaft Holder

DNK5852

25 CRF Stay

DNF1874

26 • • • • • 27 Screw

BBZ30P060FTB

28 Screw

BPZ20P060FTC

29 Screw

BPZ30P080FTB

30 Screw

BSZ20P040FTB

31 Screw

CPZ26P080FTC

32 Screw

PMH20P040FTC

DJM-T1 5

9.5 CONTROL PANEL SECTION A

Washer, Nut: Accessory of rotary VR

E OUTPUT CN102

DJM-T1 1

CONTACT SIDE

NON-CONTACT SIDE

OUTPUT CN103

CONTROL PANEL SECTION PARTS LIST Mark No.

Description

1 VRSW Assy

DWX3259

2 FFC/25P

DDD1575

3 FFC/27P

DDD1576

4 Rotary VR Knob (B)

DAA1183

5 Dial Knob

DAA1277

6 Rotary VR Knob

DAA1278

7 Rotary VR Knob (B)

DAA1279

8 Rotary VR Knob (G)

DAA1280

9 Knob

Part No. A

DAA1281

10 Level Plate

DAH2855

11 Button CUE

DAC2758

12 Button FX

DAC2760

13 Button MIDI

DAC2761

14 Button DECK

DAC2763

15 Button SYNC

DAC2765

16 Button LOAD A

DAC2766

17 Button LOAD B

DAC2767

18 Cap/MIC

DAC2773

19 Button/UTI

DAC2776

20 Button/SFT

DAC2778

21 Button/SNP

DAC2779

22 Fader Packing

DEC2903

23 Packing/FAD

DEC3377

24 Shield Sheet A

DMR1001

25 Shield Sheet/D

DMR1004

26 Control Panel

DNB1191

27 Lens

DNK4532

28 Level Meter Holder

DNK5940

29 Spacer

DNK5944

30 Holder/LED

DNK5973

31 Rivet (Plastic)

RBM-003

DJM-T1 5

10. SCHEMATIC DIAGRAM 10.1 INPUT ASSY (1/2) A

CH1 CH2 INPUT CH

100p/50

47k

CD1_L C3513

C3501

1000p CH

V+15A

IC3503

PHONO1_L

330p CH

(P1)

C3545 R3599

3 IC3501

10u/35

NJM4580MD

270k

22k

STBY RN

NM C3579

100k

GNDIN R3587

RN V+15A

GNDIN C3549 IC3504

PHONO1_R

C3527

NJM4580MD

C3546 R3626

10u/35

4C 3 5 3 8

GNDIN

IC3501 6

0.1u

NJM2121MD

V+15A

0.022u

GNDA

V-15A

27k 11k

R3588

CFTLA

0 R3570

R3569

RN C3522

GNDIN

10u/50

0.012u/50

GNDIN GNDIN R3534

1.5k

R3530

1.5k

R3523

0.1u C3559

DCG1049-A-T 3300p CH

STBY

V+15A

GNDIN

220u/16

V-15A

C3555

C3544

SQCH

560

C3526 R3537

2.4k

R3522

100

470p/50

1 4

C3533

330p CH

47k

R3517

R3548

R3541

2SK209(BL)-TLB

C3517

47k

R3518

R3506

100p CH

C3509 C3510

100p CH

1000p CH

C3505 C3506

100

1000p CH

Q3505

2SK209(BL)-TLB

R3549

Q3501 R3505

(CH1 A)

(C1)

V-15A

(P1)

GNDIN

GNDA

0.1u

NJM2121MD

GNDIN C3525

C3521

GNDIN 5

C3554

0.1u

PHONO1

C3537

0.022u

1.5k

47k

R3529

R3521

100

C3514

R3510

10u/50

V+15A

R3533

R3502

100p/50

R3514

C3502

1000p CH

R3509

100

C3553

JA3501 DKB1083-A

CD1

R3501

R3513

(C1)

INPUT Shield DNF1885-

CD1_R

0.1u

R3542

R3545

270k

22k

STBY RN

R3589

GNDIN

CFTLA

GNDIN

0 R3572

R3571

27k

0.012u/50

STBY V-15A

GNDIN

V-15A

DCG1049-A-T 3300p CH

NM C3582

220u/16

2.4k

R3524

470p/50

0.1u

C3541

SQCH

560

C3528 R3538

C3534

C3518

C3550

11k

2SK209(BL)-TLB

R3590

2SK209(BL)-TLB

R3550

Q3506

Q3502

100k

GNDIN

V-15A

Q35 LTC114E

GNDIN GNDIN

C3556

R3546

R3591

4C 3 5 4 0

0.1u

2SK209(BL)-TLB

270k

CEANP

V-15A

0.012u/50

CFTLA

A 1/2

R3547

C3552

22k

0.1u

RN C3543

DCG1049-A-T 3300p CH

V-15A R3593

GNDIN

Q35 LTC114E

DJM-T1 1

GNDIN

27k

GNDIN GNDIN

GNDIN

STBY

F R3575

CEAT

SQCH

NM C3580

CD2_R

F F

0 R3576

CKSRYB***K CFTLA

470p/50

220u/16

C3520

CCSQCH***J

2.4k

CCSRCH***J

R3528

560

C3536

CCSQ

CFTLA

R3544

STBY RN

RN1/16SE****D

Q3508

2SK209(BL)-TLB

GNDIN

11k

Q3504

GNDIN

C3548 R3628 10u/35

0.1u 8

R3594

RS1/10SR***J

C3551 IC3506

100k

NJM4580MD 8 7

is STBY

RS1/8SQ***J

V+15A

NJM2121MD 2

V-15A

C3532 R3540

GNDIN PHONO2_R

Notes

27k 11k

560

330p CH

C3524

GNDIN

GNDA

V-15A

CFTLA

IC3502 C3531

GNDIN

10u/50

V+15A

0.022u

C3560

GNDIN

0.012u/50

GNDIN GNDIN R3536 47

R3578

0.1u

DCG1049-A-T 3300p CH

NM C3581

0 R3574

R3573

1.5k

R3532

1.5k

R3527

SQCH

STBY

V+15A

R3577

C3558

C3542

R3592

V-15A

220u/16

C3530 R3539

2.4k

R3526

470p/50

C3535 C3519

22k

STBY RN

GNDIN

R3543

(CH2 A)

2SK209(BL)-TLB

100

(C2) RN

Q3507

2SK209(BL)-TLB RN

47k

R3519

100p CH

Q3503

GNDIN

V-15A

270k

47k

R3520

R3508

C3511

100p CH

C3507

1000p CH

100

1000p CH

C3508

R3507

10u/35

100k

3 IC3502

NJM4580MD

(P2)

C3547 R3627

R3551

330p CH

C3529

GNDA

0.1u

(P2) 2

C3557

NJM2121MD

GNDIN

C3512

0.022u

GNDIN

R3535

PHONO2

10u/50 IC3505

PHONO2_L

0.1u

C3539

R3552

1.5k

C3515

100p/50

V+15A R3531

V+15A

R3525

100

C3516

R3512

47k

R3515

R3504

CD2_L

C3523

100p/50

R3511

100

47k

C3503

CD2

1000p CH

C3504

JA3502 DKB1083-A

1000p CH

R3503

R3516

(C2)

INPUT Shield DNF1885-

A 1/2 INPUT ASSY (DWX3282) (C1) 1 1 GNDIN

CH1R_OUT

GNDREF

CH1R_IN

1 0 V+3R3REF

CH1_TRIM 6

CH1L_IN

(P2)

GNDIN

(P1)

CN2801

GNDIN

XKP3065-A

CN3501

CH1L_OUT

(C2) (CH1 A)

V+3R3REF

(CH2 A)

: CH1 PHONO Signal (L ch) : CH2 PHONO Signal (L ch) : CH1 CD Signal (L ch) : CH2 CD Signal (L ch) : CH1 Audio Signal (L ch) : CH2 Audio Signal (L ch)

STBY

H1 A)

(CH1 A)

R3579

R3629

C3565 NM

GNDREF

R3595

GNDIN

0.1u

GNDREF STBY

CH1_TRIM

V-15A

C3567

C3574 IC3507

R3596

R3658

7 8 C3572

STBY

CH1_R

STBY

0.1u

GNDIN V+15A

GNDIN

10u/35

GNDIN

STBY R3561

C3575

R3652

R3562

CH1_L_TIME

STBY R3634

A 2/2

V-15A

R3649 R3558

R3633

RN R3581

R3582

CH1_L

STBY

GNDIN

NJM4580MD5

5.6k

V+15A

STBY

IC3507

R3645

C3562

(CH1 A)

R3656

C3568 NM

GNDIN 1

GNDIN

STBY

STBY R3630

R3657

STBY

0.1u

R3659

R3648

5.6k

10u/35

NJM4580MD

R3557

NM R3644

(CH1 A)

R3580

C3561

V+15A

GNDIN

CH1_R_TIME

GNDIN

1 1 GNDIN

GNDIN

R3653

1 0 V+3R3REF

CH2R_OUT

CH2_TRIM

CH2R_IN

GNDREF

GNDIN

C3576

CN2901

GNDIN

CH2_LOUT 1

CN3502 XKP3065-A

GNDIN

CH2L_IN

A 2/2 CH1_ASEL_OUT

Q3509 LTC114EUB

R3563 R3564

47k

STBY

47k

R3554

R3553

GNDIN IN

V+3R3REF

D C3566

GNDREF

GNDREF CH2_TRIM

STBY

R3583

V-15A

C3569

10u/35

(CH2 A)

STBY

C3570

GNDIN

STBY

(CH2 A)

R3660 0

V+15A

NJM4580MD

V-15A

R3662

R3651 R3560

GNDIN IC3508

5.6k

STBY

7 C3573

V+15A NM

CH2_R

STBY

0.1u

GNDIN

GNDIN R3632

CH2_L

STBY

GNDIN

NM R3647

R3635

R3650

STBY

R3598

0.1u

5.6k

IC3508

NJM4580MD

R3646

R3584

C3563

C3577

R3559

R3631

(CH2 A)

R3661

IN H2 A)

GNDIN

0.1u

R3597

STBY

R3663

A 2/2

GNDIN

R3585

C3564

R3586

STBY

CH2_L_TIME

C3571

R3654

R3565

R3636

V+15A

STBY

R3566

10u/35

C3578

GNDIN R3655

GNDIN

A 2/2

CH2_R_TIME

GNDIN 0

47k 47k

R3568

R3555 R3556

STBY R3567

GNDIN

CH2_ASEL_OUT

Q3510 LTC114EUB

A 1/2

GNDIN

DJM-T1 5

10.2 INPUT (2/2) and HPJK ASSYS A

A 2/2 INPUT ASSY (DWX3282)

HP OUT C3612

100p/50

CH R3613 10k

47p CH

V+15A

R3640

R3605

5.6k

4.7k

3.9k

C 3 6 1 5 GNDA

0.1u 2

RN 680p CH

RN C3603

C3609

GNDOUT

R3607

0.1u 2

IC3601

NJM4565MD

10u/35

10k

V-15A

R3619

GNDOUT

4 IC3602

STBY R3643

R3611 0

(D)

NJM4580MD V-15A

R3612

R3615

STBY

GNDOUT

2SK209(BL)-TLB

10u/50

GNDOUT GNDHP

R3601

C3638

DCG1049-A-T 3300p CH

C3601 10u/35

Q3601

C3614 C3607

C3618

C3605

30k

R3603

HP_L

30k

R3639

HP_L

GNDOUT R3618 C3613

INC2002AC1-TLB

15k

Q3603

100p/50

HP_R

GNDOUT

R3614 10k

C3602

R3602

R3642

R3606

5.6k

4.7k

3.9k

Q3602

47p CH

C3606

30k

R3604

30k

R3641

2SK209(BL)-TLB V+15A

680p CH

HP_R

C3604

RN C3639

DCG1049-A-T 3300p CH

6 10u/35

C3610

IC3601 4 NJM4565MD

10k

STBY

0.1u

GNDOUT GNDOUT

R3610

IC3602

NJM4580MD

R3620

4 C3616

(D)

R3609 0

C3608

V-15A

V+15A

R3608

10u/35

0.1u C3617

GNDOUT

10u/50

GNDOUT GNDHP

V-15A

GNDA

R3616

C3619

STBY 1M

GNDOUT R3617

STBY

INC2002AC1-TLB

15k

Q3604

C3611

MUTE

GNDOUT

Notes NM

GNDOUT

is STBY RS1/10SR***J

2W(LMF)

RS2LMF***J

(D)

RS1/10SR****D

RN1/16SE****D

RS1/8SQ***J

STBY R3625

CKSRYB***K

CCSRCH***J

CEANP CEAT

(CH1 A) (CH2 A) (M/A)

GNDOUT

GNDIN

F F

: CH1 Audio Signal (L ch) : CH2 Audio Signal (L ch) : MIC/AUX Signal (L ch)

A 2/2 76

DJM-T1 1

A C3632

1u SQYB

GNDA

1u SQYB

CAUTION : FOR CONTINUED PROTECTION AGAINST RISK OF FIRE. REPLACE ONLY WITH SAME TYPE NO. AEK7004 (491.400PAR) (400 mA) MFD. BY LITTELFUSE INC. FOR P3601 and P3602.

C3633

V+15A

CN3604 KM200NA6L

V-15A

GNDA

V+15A

MIC_R

GNDMIC

MIC_L

V-15A MIC_R

(M/A) MIC_L

CN2504

V+15A

GNDMIC

P3601

10u/50 10u/50

0.1u

C3634

V+5HP

GNDHP

C3636 C3637

100u/16 100u/16

R3637

0.1u

GNDHP

470u/16

LMF

C3630 15

C3626

0.1u

HP_L

R3623

C3628

V-15A

GNDHP

0.1u

R3621

CN3605 KM200NA7L

C3631

C3621

2SD1859X(PQ)-T

P3602

AEK7004-A

100u/16 Q3609

GNDA

C3620

C3629

V+5HP

C3635

0.1u

AEK7004-A

V+15A

GNDA

V-15A

GNDA

V+5HP

GNDHP

V-5HP

CN3202

V-5HP

C3622 Q3610

GNDHP

0.1u

2SB1238X(PQ)-T

C3625

B HPJK ASSY (DWX3267)

GNDHP

100u/16

1-TLB

GNDHP

CN3602 KM200NA3L

V-5HP

CN2701 KM200NA3L

17 R2701

CKSRYB***K

CFTLA***J

C3624 Q3612

2SB1238X(PQ)-T

GNDHP

0.1u V-5HP

GNDHP HP_R

HP_L

(M/A) MIC_L

1-TLB

MIC_R

to CHASSIS

CH1_L_TIME

JP3601 DE005WC0 CH1_R_TIME

(CH1 A) CH1_L

CH1_R

GNDHP

V+3R3REF

A 1/2

CN3601 VKN1267-A

(CH2 A)

A 1/2 A 1/2

KN2701 AKF7002-A

STBY

LMF

R3638

is STBY

RS1/10SR***J

470u/16

C3627

R3624

V+3R3REF

GNDREF

CH1_TRIM

CH1_ASEL_OUT

MUTE

CH2_ASEL_OUT

CH2_TRIM

CH1_TRIM

CH2_ASEL_OUT CH2_TRIM

GNDF

R3622

0.1u/50

GNDHP NOTES

GNDHP

R2703

0.1u

C2703

C3623

HP_R_OUT

D2701

0 R2702

C2702

0.1u/16

GNDHP

0.1u/16

2SD1859X(PQ)-T

GNDHP

V+5HP Q3611

JA2701 DKN1622-A

HP_L_OUT

C2701

CH2_L

H 5/7 CN109

CH2_R

CH2_L_TIME

CH2_R_TIME

GNDREF

CN3603 VKN1291-A 1

GNDOUT

HP_R

GNDOUT

HP_L

GNDMIC

MIC_L_IN

GNDMIC

MIC_R_IN

GNDIN

CH1_L_TIME

GNDIN

CH1_R_TIME

GNDIN

CH1_L

GNDIN

CH1_R

GNDIN

CH2_L

GNDIN

CH2_R

GNDIN

CH2_L_TIME

GNDIN

CH2_R_TIME

GNDIN

H 5/7 CN110

GNDIN GNDMIC GNDOUT

A 2/2 B 77

DJM-T1 5

10.3 TRM1 and TRM2 ASSYS A

C TRM1 ASSY (DWX3268)

D TRM2 ASSY (DWX3269) VR2901 DCS1118-A

VR2801 DCS1118-A

5k 3

2 6

6 5

0 R2802

R2803

R2901

0 R2804

R2902

R2904

8 0

147

GNDIN

STBY

Rch

C2901

A 1/2 CN3501

CH2R_OUT 9

CH2R_IN

CH2_TRIM

GNDIN

GNDREF

CH2L_IN

GNDIN 1 1

V+3R3REF 1 0

CH1R_OUT 9

GNDREF 8

CH1R_IN

CH1_TRIM

GNDIN

CH1L_IN

GNDIN

CH1L_OUT 1

GNDREF

CH2_LOUT 1

CN2901 XKP3076-A

Lch

Rch

Lch

CN2801 XKP3076-A

C2801

STBY

GNDREF 8

V+3R3REF

GNDIN V+3R3REF

GNDIN

R2903

GNDIN 1 1

R2801

V+3R3REF 1 0

GNDIN

A 1/2 CN3502

Notes NM

is STBY RS1/16SS***J CKSRYB***K

C D 78

DJM-T1 1

10.4 FDSW ASSY

FDSW ASSY (DWX3266)

4 5 6

REVERSE_SEL

7 8

S2602

5 6

FDSW_CURVE

FDSW_THRU

FADER REVERSE ON/OFF

S2601 DSH1050-A

1 2

FADER CURVE SW

DSH1036-A

GNDS3 GNDS3

GNDS3

CN2502

FDSW_THRU

FDSW_CURVE

REVERSE_SEL

REVERSE_SEL KM200NA4L CN2601

GNDS3

E 79

DJM-T1 5

10.5 MCJK ASSY A

1000p

AUX

IC2502

NJM2121MD

C2507

C2501

(AUX)

C2502

1 JA2502

V+

STBY

R2503 15k

2.2k

12k

R2505

R2501

(AUX) 2

DKB1114-A STBY

2.2k

12k

R2504

R2526

C2526

(MIC)

R2517

C2508

15k

R2506

7 6

0.012u/50

V-

D2505

GNDF

UDZS15(B)

GNDS3 GNDA V+ V+15A

IC2503

STBY

GNDF

47k

R2507

C2505

C2503

C2515

C2512

GNDS3

STBY

470p/50

4.7k

R2514

4.7k

R2515

180 4.7k

R2512

4.7k

R2511

R2509

47k

R2508

10u/35

STBY R2516

V-15A

100

V+15A

GNDA

GNDS3

MIC_+ 5

MIC SHIELD : DNF1849-A

NOTES

NJM4580MD

V-15A

is STBY

GNDS3

RN1/16SE****D CKSRYB***K

CCSRCH***K

CEANP***M

CEAT***M

CEJQ***M

F 80

DJM-T1 2

4 IC2501

RS1/10SR***J

(MIC)

NJM4580MD

0.1u

C2506

NP C2513

V-15A

C2509

GNDS3 1

4 IC2501

C2510

0.01u

C2516 VTF1093-A

DCE1020-A

L2502

Q2502

100

C2504

R2525

LA R2528

C2517

STBY

C2527 0.012u/50

D2503 D2504

0.01u

2SK209(BL) Q2501

R2502

VTF1093-A

D2502 D2501

STBY

DCE1020-A

COLD 3

(MIC)

L2501

100k

SHIELD 4

MIC

1.5k 2SK209(BL)

HOT

0.1u 470p/50 C 2 5 1 1 CH

R2524

NJM2121MD

C2514

MIC_-

GND

R2513

RN JA2501 DKB1108-A

1.5k

R2510

V+15A

V-

MCJK ASSY (DWX3265)

CN2504 KM200NA6

(MIC) MIC_L

MIC_R

C2524

10u/50

C2525

10u/50

V+15A

GNDMIC

MIC_L

GNDMIC

MIC_R

V+15A

GNDA

V-15A

A 2/2 CN3604

GNDA

V-15A

CN2503 VKN1237-A AUX_SELECT

AUX_SELECT

MIC_ASEL_OUT

MIC_SELECT

FDSW_THRU

REVERSE_SEL

FDSW_CURVE

FDSW_THRU REVERSE_SEL FDSW_CURVE

H 5/7 CN105

CN2502 KM200NA4 1

GNDS3

FDSW_THRU

FDSW_CURVE

REVERSE_SEL

V+15A IC2502

C2522

MIC

NJM2121MD 0.1u

REVERSE_SEL 2

MIC_L_PRE R2521

1 4

CN2501 VKN1248-A 1 MIC_L

C2523

GNDS3

0.1u

GNDS3

MIC_R AUX_SELECT

MIC_SELECT

V+15A

MIC_L_PRE IC2503

MIC

GNDS3

AUX_R

MIC_R_PRE C2521

6 100k

4 C2519

V-15A

MIC_L

GNDMIC

MIC_R

AUX_SEL

GNDS3

MIC_SEL_IN MIC_L_PRE

GNDS3

GNDS3 GNDS3

MIC_R_PRE

GNDA V+15A

GNDA

CN1901 D

1 7 V-15A

GNDS3

0.1u

DS3

V+15A

100k

10u/50

R2522

MIC_R_PRE

IC)

GNDMIC

C2518

NJM2121MD 0.1u 2

GNDS3

(M/A)

C2520 10u/50

100k

(M/A)

(MIC)

V-15A

CN2601

AUX_L

GNDS3

V-15A

GNDS3

V+15A R2520

R2523

47k

GNDMIC GNDA GNDS3

MIC_ASEL_OUT

10C

Q2503 LTC114EUB

GNDS3

(AUX) (MIC) (M/A)

: AUX Signal (L ch) : MIC Signal : MIC/AUX Signal (L ch) F

F 81

DJM-T1 5

10.6 MCVR ASSY A

MIC VR B V+15A C1916 C1903

V+15A

0.1u

22p CH C1911

GNDS3

10u/35

2 3 5 6

V-15A

V+15A

C1904

0.1u

RN 2.7k

V+15A

8 4

0.1u

GNDS3

GNDS3 V-15A

R1912 2.7k

C1914

NP R1904

100k

R1902

10u/35

(2/2)

10K-B

4 NJM4565MD

R1911 2.7k

VR1902 DCS1100-A

0.1u R1908

C1906

IC1901

10u/35

R1906

GNDS3

100k

3.3k

R1918

6 C1902

2.7k

GNDS3

0.1u

GNDA

(2/2)

2 3 5 6

R1919

GNDS3

IC1902 4 NJM4565MD

LOW

C1913

GNDS3

10K-A

2.7k

R1907

2.7k

100k

R1903

GNDS3

C1910

GNDS3

MIC_L_PRE

C1909

VR1901 DCS1072-A

10u/35

V-15A

TRIM MIC_R_PRE

100k

R1901

C1905

NJM4565MD (1/2)

GNDS3

IC1901

10u/35

R1915

0.1u

R1905

3.3k

R1916

2 C1901

STBY

C1912

R1917

1 IC1902

NJM4565MD (1/2) C1915

GNDS3

0.1u

GNDS3

C1917

GNDS3

10u/35

V-15A

GNDMIC GNDA

C1918

22p CH

Notes NM

is STBY RS1/10SR***J

RN1/16SE****D CKSRYB***K

CCSRCH***J

CEJQ***M NP

CEJQNP***M

G 82

DJM-T1 1

G MCVR ASSY (DWX3264)

V+15A

R1909

0.01u

C1907

V-15A C1919

C1920

0.1u

CN1901 VKN1248-A

MIC_R_PRE

R1913 1k

VR1903 DCS1100-A

2 3 5 6

MIC_L_PRE

MIC_SELECT

1 10K-B

AUX_SELECT

R1914

V-15A

GNDA

V+15A

GNDA

MIC_R_PRE

GNDS3

MIC_L_PRE

MIC_SEL_IN

GNDS3

AUX_SEL

MIC_R

GNDMIC

CN2501

R1910

0.01u

C1908

MIC_L

GNDMIC

D GNDA

GNDMIC GNDS3

MIC/OFF/AUX SELECT SW C 1

S1901 DSH1050-A MIC_SELECT

E AUX_SELECT

GNDS3

G 83

DJM-T1 5

10.7 OUTPUT ASSY (1/7)

10k

R564

H 2/7 H 4/7

H 3/7

2Y6

100

G N D7

2:12F

CH1_DATA

ACLK_CONT

CH2_DATA

ACLK_UCOM

GNDD

14C

3:12F

4:5C

2B5

R161

AD_6R144M_CH1T 2:9G

13A

H 4/7 MIC_DATA

4:8C

DA_48k

DA_12R288M

OUT_DATA

4:8C

AD_RESET

2A4

100

H 2/7

H 5/7 H 2/7,3/7 ,4/7 2:10F;3:10F;4:5B

AD_48k_

H 2/7

(CH1 D)

100

R151

(M/A D)

100

R144

R145

100

R142

(CH2 D)

5:6H

MIC_ASEL_OUT

5:3J

CH1_ASEL_OUT

5:6H

CPU_MUTE

4:8D;5:14H

R160

2:10F

H 2/7

(OD) R137

AD_48k_

4.7k

10k

4.7k

R134

R135

1B2

AD_6R144M_CH1A

100

R131

R128

0.1u SRYB

C168

C166

1000p SRCH

R586

C164

0.1u SRYB

10k

R150

SRYB

0.1u

C160

1000p SRCH

C159 C154

C133

0.1u SRYB

C148

C147

0.1u SRYB

1000p SRCH

C132

0.1u SRYB

C125

0.1u SRYB

C122

C130

0.1u SRYB

1000p SRCH

0.1u SRYB 10k

R122

10k

R117

C541

C540

V+1R2D

10k

C538

R101

100

1A1

V+3R3D R119

C121

1000p SRCH

KEY3

10k

R121

KEY2

R120

KEY1

470p CH 470p CH 470p CH 470p CH

KEY0

C539

H 5/7

100

R104

KEY 5:4E;5:4H

2:12F

GNDD

R141

CH1_DSEL_OUT

GRID3

GRID4

GRID0

0.022u

XASEMD

XASMED 1

1Y3

CH2_ASEL_OUT

0.022u

IC10 TC74VH

RELAY_CONT

5:12B

GNDD

100

C645

100

R138

TCK

TDO TRST

H 3/7

0.022u

CH2_DSEL_OUT

0.022u

C646

3:12F

0.022u

C647

R139

0.022u

C648

ASEBRK

TMS

FOR J-TAG

JTAG_RST

TDI

DA_RESET

C649

GNDD 9 RESET

4:8D

0.022u

H 4/7

C650

GRID1

C651

V+3R3D 1 0

GRID6

CN101 KM200NA10

GRID2

GRID5

STBY V+3R3D

H 5/7

Q102 LTA114EUB

Q101 LTC114EUB

10k

H 5/7

GRID 5:3G;5:4C

V+3R3D

0 SR

V+3R3REF

R107

LED_SEG2 NM

C553 NM

C552 NM

203 204 205

SRYB

C116

0.1u

206 VSS12

100

C107

207

1000p SRCH

208 PVCC17

R108

GNDD

LED_SEG9 LED_SEG0

C557 NM

C556 NM

210

212

213

PD3/D19/IRQ3/SCS0/DACK3/TIOC0D

C108

211

0.1u SRYB

PD2/D18/IRQ2/SSO0/DREQ3/TIOC0C

215

GNDD

C109

216

1000p SRCH

217

PVSS18

D15

D14

218

D13

219

D12

125

122

123

124

127

126

128

129

130

131

132

133

134

135

137

138

136 PF24/SSISCK2

PF18/SSISCK0/LCD_CL2

PF19/SSIWS0/LCD_M_DISP

139 PF20/SSIDATA0/LCD_FLM

140

142

141 VCC8

144

145

143 VSS8

PVCC11

PVSS12

146

148

149

147

150

151

152

153

155

154 VCC9

156

121

SRYB

87 86 PB9/CTX0/CTX0&CTX1 85 PB8/CRX0/CRX0/CRX1

C177

GND

C178

77 76 VSS5 75

0.1u SRYB

GND

70 69

C179

1000p SRCH

67 66 C180

0.1u SRYB

64 63 62 61 R156 55

4.7k V+1R2D

R153

F101 DTL1106-A

0.1u SRYB

C165

51 C161

C173

0.1u SRYB C163

1000p SRCH

10k

0.1u SRYB

PVSS7

PE3/A22/SCK1 PE0/BS/RXD0/ADTRG CKIO VCC4 VSS4 PVSS5 PVCC5 XTAL EXTAL NMI PLLVSS RES PLLVCC

PE2/A21/SCK0

A20 47

C158

R587

0.1u SRYB

1k SR

R603

A19

PVCC4

A18 45

A17 42

A15

A16 41

A14

A11

A12

A13 38

PVSS4

1000p SRCH

C129

C157

C126

10k

R129

R127

10k

R126

10k

R125

1000p SRCH

RTC_X1

C124

0.1u SRYB

C123

R123 10k

10k

R116

R118

1000p SRCH

10k

R114

5:3E

0.1u SRYB

C118

H 5/7 DECKB_ENCODER2

0.1u SRYB

240

VCC3

239

5:3E

A10

10k

DECKB_ENCODER1

VSS3

238

PVSS3

H 5/7

237

236 R115

C114

0.1u SRYB

1000p SRCH

235

C146

234

233

C113

PVCC3

VCC2

0.1u SRYB

232

231

C112

0.1u SRYB

230

C140

0.1u SRYB

229

228

1000p SRCH

C134

1000p SRCH

227

C111

C131

0.1u SRYB

10k

0.1u

PB10/CRX1/IERXD

PC14/WAIT VCC5 PE12/RXD3 PE11/CS6/CE1B/IRQ7/TEND1 PE10/CE2B/IRQ6/TEND0 PE9/CS5/CE1A/IRQ5/SCK3 PE7/FRAME/IRQ3/TXD2/DACK1 PE6/A25/IRQ2/RXD2/DREQ1 PVCC6 PE5/A24/IRQ1/TXD1/DACK0 PVSS6 PE4/A23/IRQ0/RXD1/DREQ0 PE1/CS4/MRES/TXD0 PE8/CE2A/IRQ4/SCK2 ASEMD

226

225

C172

PVCC2

224

89 PB11/CTX1/IETXD

PC1/A1

C117

0.1u SRYB

R159

90 MD VCC6

RTC_X2

VSS2

PC10/RASU/BACK/AUDATA0 PC9/CASL PC8/RASL VCC1 PC7/WE3/DQMUU/AH/ICIOWR VSS1 PVSS1 PC6/WE2/DQMUL/ICIORD PVCC1 PC5/WE1/DQMLU/WR CS0 RD PC4/WE0/DQMLL PC3/CS3 PC2/CS2

68 R111

91 VSS6

PVSS2

68 R112

PVSS9

0.1u SRYB

C176

93 USB_X1

PVCC7

1000p SRCH

94 USB_X2

223

PE13/TXD3

1000p SRCH

222

C175

95 PVCC8

PE14/CS1/CTS3

VCC13 D7 VSS13 PVSS19 D6 PVCC19 D5 D4 D3 D2 D1 D0 PVSS20 PVCC20 PC13/RD/WR PC12/CKE PC11/CASU/BREQ/AUDATA1

PC0/A0/CS7/AUDSYNC

10k SR

D11

R155

PVSS8

221

R158

97 MD_CLK1

PE15/IOIS16/RTS3

220

D10

98 USBDPVSS

D12

C110

0.1u SRYB

D11

USBDPVCC

PVCC18

D10

D13

68 R110

157

MAIN CPU

D15 D14

R109

VSS9

158

214

(USB)

100 DM

bit MODE MD BUS 0 16bit 1 32bit

PD0/D16/IRQ0/SSCK0/DREQ2/TIOC0A

100

(USB)

101 DP

CLK MODE CLK1 CLK0 CLK MODE 0 0 10 16.67MHz 0 1 20 33.33MHz 1 0 40 66.66MHz 1 1 48MHz

PD1/D17/IRQ1/SSI0/DACK2/TIOC0B

C554

LED_SEG11

C555 NM

STBY

LED_SEG10

PVSS13

159

160

162

163

161

164

166

165

167

PD4/D20/IRQ4/SSCK1/TCLKA/TIOC1A

102 VBUS

MD_CLK0

IC101 R5S72630P200FP

PVSS17 209

C550

LED_SEG1

C551 NM

STBY

LED_SEG8

5.6k (F)

103

GNDD

LED_SEG7

R157

104

0.01u

V+3R3D

R162

470

R149

R152 R148

C596

GNDD

STBY

GNDD

R154

4.7k

R178

TxD

RxD 3.3V

0.01u

C597

5:11C

V+5AU_FLG

H 5/7

R618

5:3C

5:3B

H 5/7

5:3F

BROWSE_ENCODER2

BROWSE_ENCODER1

DECKA_ENCODER1

5:3E

DECKA_ENCODER2

GNDD TxD

GND

GNDD

DJM-T1 1

GNDD

FOR 232C

14G

CPU CLK

JTAG_RST

10p CH(D)

FLASH_RESET

GNDD C167

33.0M

10p CH(D)

C162

SDRAM_CLK

4 A20

A19

A18

1 NC1

V+3R3D

H 1/7

C186

0 SR

R163

NC2

A17

4 A16

A15

0.01u

33 R146

R143

2 A14

A13

4 A12

A11

33 R140

2 A10

4 A8

1 A5

5 33 R136

6 3 A3

1 A1

R132

R130

SDRAM_CS

LDQM/FL_WE

3 OE

7 2

1 UDQM

RAS

FLASH_CS

R124

8 R113

3 CAS

CKE

SDRAM_WE

C169

330 X101 DSS1193-A

C183

200 201 202

105

USBAVCC

R164

C106

0.1u SRYB

100

106

USBAVSS

0.01u SRYB

199

107

C181

168

197 198

108

C182

1000p SRCH

109

10k

110

C170

111

C105

112

C549 NM

C546

LED_SEG3

C548

LED_SEG6

STBY

PB2/SCL1/PINT2/IRQ2 PB3/SDA1/PINT3/IRQ3 PVCC14 PVCC15 PB4/SCL2/PINT4/IRQ4 PB5/SDA2/PINT5/IRQ5 PVSS15 VSS11 PB6/SCL3/PINT6/IRQ6 PB7/SDA3/PINT7/IRQ7 VCC11 PD15/D31/PINT7/SD_CD/ADTRG/TIOC4D PD14/D30/PINT6/SD_WP/TIOC4C PD13/D29/PINT5/SD_D1/TEND1/TIOC4B PD12/D28/PINT4/SD_D0/DACK1/TIOC4A PVSS16 PD11/D27/PINT3/SD_CLK/DREQ1/TIOC3D PVCC16 PD10/D26/PINT2/SD_CMD/TEND0/TIOC3C PD9/D25/PINT1/SD_D3/DACK0/TIOC3B PD8/D24/PINT0/SD_D2/DREQ0/TIOC3A PD7/D23/IRQ7/SCS1/TCLKD/TIOC2B PD6/D22/IRQ6/SSO1/TCLKC/TIOC2A VCC12 PD5/D21/IRQ5/SSI1/TCLKB/TIOC1B

196

113

LED_SEG4 C547 NM

H 5/7

LED_SEG5

195

GNDD

R106

114

AVSS PA7/AN7/DA1 PA6/AN6/DA0 PA5/AN5 AVREF PA4/AN4 AVCC PA3/AN3 PA2/AN2 PA1/AN1 PA0/AN0 USBDVSS USBDVCC USBAPVCC USBAPVSS REFRIN

10k

LED_SEG 5:3G;5:4A

115

1000p SRCH

193 194

116

192

117

C171

0.1u SRYB

118

0.1u

191

GNDREF

119

1000p

C115

0.1u SRYB 120

PF25/SSIWS2 PF26/SSIDATA2 PVCC10 AUDIO_X2 AUDIO_X1 PVSS11 VSS7 PF30/AUDIO_CLK VCC7 PF27/SSISCK3 PF28/SSIWS3 PF29/SSIDATA3 PVCC9 PB12/WDTOVF/IRQOUT/REFOUT/UBCTRG/AUDCK PVSS10

190

C544

C542

10k

189

C543

R102

100

PF21/SSISCK1/LCD_CLK

188

PF22/SSIWS1/LCD_VCPWC/AUDATA2

PF23/SSIDATA1/LCD_VEPWC/AUDATA3

PF16/FRB/LCD_DON

KEY4

PF17/FCE/LCD_CL1

187

PF15/NAF7/LCD_DATA15/SD_CD

186

PF14/NAF6/LCD_DATA14/SD_WP

PF13/NAF5/LCD_DATA13/SD_D1

KEY7

470p CH 470p CH 470p C545 CH 470p CH

KEY6

PF12/NAF4/LCD_DATA12/SD_D0

185

KEY5

PF11/NAF3/LCD_DATA11/SD_CLK

184

PF10/NAF2/LCD_DATA10/SD_CMD

C104 R105

PF9/NAF1/LCD_DATA9/SD_D3

182 183 0.1u SRYB 0.1u SRYB

PVCC12

181

C103

169

170

171

172

PB1/SDA0/PINT1/IRQ1 PB0/SCL0/PINT0/IRQ0 TCK TDO TRST ASEBRKAK/ASEBRK TDI PVCC13 TMS PVSS14 VSS10 PF0/TCLKA/LCD_DATA0/SSCK0 VCC10 PF1/TCLKB/LCD_DATA1/SSI0 PF2/TCLKC/LCD_DATA2/SSO0 PF3/TCLKD/LCD_DATA3/SCS0 PF4/FWE/LCD_DATA4/SSCK1 PF5/FCDE/LCD_DATA5/SSI1 PF6/FOE/LCD_DATA6/SSO1 PF7/FSC/LCD_DATA7/SCS1 PF8/NAF0/LCD_DATA8/SD_D2

173

174

175

176

177

178

179

180

C174

GNDD

V+3R3D

H 1/7 OUTPUT ASSY (DWX3257) 7B

V+3R3D

IC104 TC74VHC08FK

AD_48k_CH1A

AD_48k_CH1T 2:9G

2A4

11 4Y

100

2B5

10 3B

R171

2Y6

9 3A

100

G N D7

V+3R3D

R191

0.1u

1000p

C615

C621

1000p

4:5B

VCC

R195

1MEG

AD_48k_CH2T 3:9G

H 3/7

GNDD

X103 DSS1204-A 4

ACLK_OUT

5:6C

C174

2Y6

9 3A

G N D7

8 3Y

R201

ACLK_UCOM

100

R206

AD_AN1_1

AD_AN2_2

AD_AN2_1

2:10F

Notes NM

is STBY

C216

470p CH

(D)

RS1/16SS****D

(F)

RS1/16SS****F RS1/10SR***J

R604

RN1/16SE****D

DCH1201-A

IC140 TC7SH08FUS1

10k SR

C194

10p CH(D)

D-USB D+USB

(USB)

CCSSCH***J

CH(D)

CCSSCH***D

SRYB

CKSRYB***K

F F

FLASH

SR C572

GNDUSB

A15

A14

A13

A12

A11

A10

H 5/7

5:13B;5:13C 5:3D;5:6F

AD_CE0

5:3E;5:6F

10k

STBY

A20

R204

V+3R3D

FLASH_RESET

C202

0.1u

C628 10k

R186

10k

R180

R177

4.7k

GNDD DA_CSN

DA_CDTI

DA_CCLK

H 4/7

4:8D

10k

14 15 16

A18

POWER_DOWN

UTILITY/WAKE_UP_LED

4:8D

100

C179

GNDD

A19

4:8D

H 5/7

GNDD

R165

GNDD

8 R173

C173

0.1u SRYB

5:3H

STBY

0.01u

5:14J

REVERSE_SEG

100

R147

R616

V+3R3D

5:11D

1000p SRCH

C220

R183

C178

LDQM/FL_WE

DETECTION_FLG

0.1u SRYB

5:3C

UTILITY/WAKE_UP_SW

0.1u SRYB

CEHAZL***M

CEANP***M

V+3R3D

FD/MIC_SELECT

A15 A16 A14 BYTE A13 VSS2 A12 DQ15/A-1 A11 DQ7 A10 DQ14 A9 DQ6 A8 DQ13 NC1 DQ5 NC2 DQ12 WE DQ4 RESET VCC NC3 DQ11 NC4 DQ3 RY/BY DQ10 A18 DQ2 A17 DQ9 A7 DQ1 A6 DQ8 A5 DQ0 A4 OE A3 VSS1 A2 CE A1 A0

A17

47 46 45

D15

D14

D13

D12

C230

0.1u

D11

D10

27 26

FLASH_CS

V+3R3D

GNDD

H 5/7

5:3B

C180

F F F

DYW1804- /J A16

AD_CE1

GNDD

CKSQYB***K

IC109 NM C641

C177

1000p SRCH

CCSRCH***D

HAZL

R619

5V_EN

100

CCSRCH***J

SQYB

100p SRCH

STBY

5:9J 1k

R167

SRCH SRCH(D)

CEAT***M 0

100 R164

CKSSYB***K 1

VA103

VA102

1u SRYB

C584

C207

VA101

R582

0.1u

1000p

47k

C614

R545

STBY

ATH7015-A

R168 R166

RD1/2VM***J

RAB4CQ***J

GND

V+5DET_EN

SRYB

1/2VM

VBUS

0 SR

(USB) 0.1u

C613

1000p

C609

0.1u

C611

C627

1000p

R544

C583

DCH1201-A

10u

0.1u SRYB

C206 C610

0.1u

1u SRYB

2 GND1

USB CLK

R159 C172

GND2 1

STBY

C201

220

R169

1000p SRCH 0.1u SRYB

0.1u

C204

X102 A S S 7 0 9 9 - A 48M

C175

C176

C612

C608

C607

STBY R172

STBY

R194

4.7k

10p CH(D)

DCH1201-A

C606

10u

C183

C185

0.1u SRYB

0.01u SRYB

C181

C182

10k SR

1000p SRCH

1 4

RS1/4SA***J

3 GND

1k L101

2 3

R158

RS1/8SQ***J

1/4SA

JA101 DKN1237-A

2 R602

1/8SQ

B Type

5 VCC

L105

(USB)

R155

C200

1000p SRCH

C198

STBY

0.01u SRYB

10u

C196

C195

0.1u SRYB

0.01u SRYB

C193

C191

1000p SRCH

10u

C190

DCH1201-A

V+5D

(USB)

ACLK_CH1A

H 2/7

H 5/7

GNDREF

5.6k (F)

ACLK_CH1T 2:9G

100

STBY

R157

R207

100

5:3F

ACLK_CH2T 3:9G

100

RS1/16SS***J

470p CH

C213

C215

0.1u

C212

470p CH

C210

C211

470p CH

C209

100k R190

470p CH

100k

R188

10 3B

GNDD

AD_AN1_2

100 C208

100k

100k R187

0.1u SRYB

100k

R185 C188

100k

R182

R184

R181

0.01u SRYB

11 4Y

2B5

3:10F

5:4F

5:3F

R179

2A4

ACLK_CH2A

100

AD_AN0_1

100 8

5:3F

C187

100

H 3/7

6 R205

R208

5:3F

C184

12 4A

5:6D

GNDREF

1000p SRCH

1Y3

AD_CRS_FADER

100

R580 R197

13 4B

R200

5:6A

100

R581

0.1u SRYB

AD_CH1_FADER

14 VCC

1B2

24.576M AD_CH2_FADER

C218

10p CH(D)

C214

1 GNDREF V+3R3REF

1A1

100

4:8D

2 GND1

10p CH(D)

586

IC107 TC74VHC08FK

R199

4:5B

GND2

ACLK_MIC

R196

0 SR

4 GND

3:10F

100

V+3R3D

VCC 5

4 GND

AD_48k_CH2A

100 R193

: USB IN/OUT Signal

C620

IC106 TC7SH08FUS1

(OD) (USB)

100p CH

IC105 TC7SU04FU

AD_48k_MIC

100

R192

8 3Y

C219

C616

100p CH

H 4/7

C203

C643

12 4A

0.1u

13 4B

1Y3

C617

14 VCC

1B2

R170

2:10F

H 2/7

1A1

1000p

(M/A D)

1u C217

0.1u

AD_6R144M_CH2T 3:9G

GNDD

C227

100

: CH1 DATA Signal : CH2 DATA Signal : MIC/AUX DATA Signal : OUT DATA Signal

(CH2 D)

C642

C640

H 3/7

0.1u

100

AUDIO CLK

V+3R3D

C226

3:10F

AD_6R144M_CH2A

R176

(CH1 D)

ACLK_CONT

5 R175

1000p

8 3Y

4:5B

C619

9 3A

100

AD_6R144M_MIC

100

100p CH

2Y6 G N D7

R161

H 4/7

R174

100

10 3B

R198

11 4Y

2B5

12 4A

2A4

100

C644

1Y3 R160

5 0.1u

13 4B

C618

1B2

C189

14 VCC

1000p

IC102 TC74VHC08FK 1A1

SDRAM

F102 DTL1106-A

5:6F

TxD

REVERSE

V+1R2D

R189

C577

C601

4.7k

R203

F101 DTL1106-A 3

GNDD

IC108 IS42S16400F-6TL 54 1

0.1u

C222

0.1u

D10 7

6 5

VDD1 DQ0

D11 8

VSS3 53 DQ15 52

DQ2

GNDD

V+3R3D

CD C192

C186

0.1u

VSS

14G

JTAG_RST

0 SR

R163

VDD

4700p

OUT 2 3

D15

DQ12

DQ4

DQ11

GNDD

SDRAM_WE

CAS

RAS

SDRAM_CS

A13

A14

A11

KN103 AKF7002-A

KN101 AKF7002-A

KN104 AKF7002-A

FOR 232C

KN102 AKF7002-A

V+3R3D

V+1R2D

V+3R3D

V+1R2D

C135

C141

C149

C153

C510

C512

0.1u

0.1u SRYB

0.1u

C569

C136

C142

C150

C505

C511

C155

0.1u

0.1u SRYB

0.1u

0.1u SRYB

C570

C137

C143

C151

C506

C514

0.1u

0.1u SRYB

0.1u

C571

C138

C144

C507

0.1u

0.1u SRYB

C575

C139

C145

0.1u

GNDD

R209

C229

0.1u

DQ8

NC2

40 39

LDQM/FL_WE

SDRAM_CLK

UDQM

/CAS

CLK

/RAS

CKE

/CS

NC1

BA0

A11

CKE

BA1

A10/AP

27 VDD3

VSS1

A12

A10

GNDD

H 1/7

GNDD

DJM-T1 6

41 VSS2

LDQM

GNDD

C508

GNDD

0.1u SRYB

GNDD

V+3R3D

C568

0.1u

VDDQ3

VDD2

/WE

0.1u V+3R3D

DQ9

DQ7 15

C225

WRAPPING TERMINAL

DQ10

DQ6 13 14

0.1u

VSSQ3

DQ5

VSSQ2 C224

0.1u

48 DQ3

VDDQ2

D14

UDQM

IC103 S-80927CNMC-G8 X

10k

R162

RESET

D13

C228

VDDQ4

D12

DQ13

8 C223

D7 5

50 49 VSSQ1

0.1u

R210

51 DQ14

R202

V D D Q 1 VSSQ4 DQ1

FLASH_RESET

0.1u

C221

5:3I

STBY C199

C197

0.01u

STBY

XASEMD R156

10.8 OUTPUT ASSY (2/7) V+15AIN

CH1 AUDIO

V+5AD

C237

D103

10u/50 C238

0.1u SRYB

1SS302

GNDCH1 GNDAIN

STBY

R226

NJM4580MD (1/2)

V+5AD

220

V-15AIN

IC110 R212 1.1k

1.2k

C231 NM

C252

0.1u SRYB

R237

2.4k

200

STBY RN

CH1_R

R238

R222

H 5/7

220

R227

NJM4580MD (2/2) STBY

C251

IC110

R214 1.1k

(1/2) STBY

R244

C232 NM

IC113 3 NJM4565MD

1.2k

V+15AIN STBY

R231

R239

C246

R213 1.1k

100p SRCH

GNDCH1

C558

5:6K

GND5AD

R-

R236

C245

R211 1.1k

100p SRCH

R230

GND5AD

C559 NM

GNDCH1

R223

R+

200

V+5AD

RN C239

D104

0.1u SRYB C243

1SS302

10u/50

GNDAIN

V-15AIN

GNDCH1 GND5AD

V+5AD

C V+15AIN

D105

C240

0.1u SRYB

1SS302

GNDCH1

STBY

R240

CH1_L

1.2k

H 5/7

V+5AD

V-15AIN

2.4k

220

R241

NJM4580MD (2/2)

R242

IC111 R216 1.1k

R228

2.4k

GND5AD

(CH1 A)

1.2k

C233 NM

L-

R243

C247

R215 1.1k

100p SRCH

R232

R224 200

(CH1 A)

STBY RN

R217 1.1k

C248

V+15AIN STBY C234 NM

100p SRCH

GNDCH1

NJM4580MD (1/2) STBY

IC113 5 NJM4565MD

(2/2)

GND5AD

R229

1 IC111

R218 1.1k

R233

C560

5:6K

220

(CH1 A)

C561

(CH1 A)

L+

V+5AD

R225

D106

200

RN C241

0.1u SRYB

1SS302

GNDCH1

V-15AIN

GND5AD

STBY

IC112 NM 1 AINR 2 AINL

R220

CKS1

C242

11 VA

MCLK

LRCK

C639

GNDD

DJM-T1 1

10p CH(D)

C638

R234 NM

0.1u

C250

9 DGND SDTO

10p CH(D)

C249

C236

C235

C500

R539

H 2/7

GNDD

GND5AD

5 NM

PDN

GNDCH1

DIF

AGND SCLK

14 13 VCOM

V+3R3AD R221

15 CKS2

C244

C637

R219

V+5AD

R235

1 16

CKS0

10p SRCH(D)

D102

D101

H 5/7

GNDCH1 2F;5:6J GNDCH1 2F;5:6J

H 2/7 OUTPUT ASSY (DWX3257)

Notes NM

is STBY RS1/16SS***J RS1/16SS****D

(D)

RS1/16SS****F

(F) SR

RS1/10SR***J

RN1/16SE****D

1/8SQ

RS1/8SQ***J

1/4SA

RS1/4SA***J

1/2VM

RD1/2VM***J

B RAB4CQ***J

CKSSYB***K

CCSSCH***J

CH(D)

CCSSCH***D

SRYB

CKSRYB***K

SRCH

CCSRCH***J

SRCH(D)

CCSRCH***D

SQYB

CKSQYB***K CEAT***M

HAZL NP

F F F

CEHAZL***M

CEANP***M

(CH1 A) (CH1 D)

: CH1 Audio Signal (L ch) : CH1 DATA Signal

CH1 ADC C258

C261 IC114 PCM1804DB

AGNDL

VCOML

VINL+

C255

0.1u

(CH1 A)

VINL-

FMT0

FMT1

C256

2700p

S/M

OSR0

OSR1

OSR2

12 13 14

AGNDR VCOMR VINR+ VINRAGND VCC OVFL OVFR RST

SCKI BYPAS LRCK/DSDBCK DGND BCK/DSDL VDD DATA/DSDR

C266

0.1u

26 C262

0.1u

24 C263

C268

2700p

0.1u

23 22 21

GNDD

1:9B

(CH1 D)

100

R246

0 SR 10u/50

C265

0.1u

C260

IC115 TC7WH157FK

AD_6R144M_CH1A

1:8A

R248

Y=B

H 1/7

AD_48k_CH1A

(CH1 D)

1000p

C259

1000p

ACLK_CH1A

16 15

Y=A

select H

1:16D

0.01u

select L

AD_RESET

1:6B;3:10F;4:5B

100

V+5AD

0.1u

0 SR C257

R245 C253

R247

C264

H 1/7,3/7,4/7

V+3R3AD

10u/50

C267

(CH1 A)

VREFR

1 A

VCC

SELECT

STBY 3

VREFL

R249

V+3R3D

C270

0.1u

5 GND

CH1_DSEL_OUT

1:5B

R250

CH1_DATA

100

C254

0.1u

10u/50

C269

10u/50

1:8B

(CH1 D)

H 1/7

GNDD

GNDD GND5AD

AD_6R144M_CH1T 1:8A ACLK_CH1T 1:16C AD_48k_CH1T 1:9C

H 1/7

H 2/7 87

DJM-T1 5

10.9 OUTPUT ASSY (3/7)

CH2 AUDIO

V+15AIN

V+5AD

C277

D109

10u/50 C278

0.1u SRYB

1SS302

GNDCH2

GNDAIN

STBY 8

R266

1 IC116

NJM4580MD (1/2)

V+5AD

220

V-15AIN

1.2k

C271 NM

R252 1.1k

C292

0.1u SRYB

R277

2.4k

200

STBY RN

CH2_R

R278

R262

H 5/7

220

R267

NJM4580MD (2/2) STBY

C291

IC116

R254 1.1k

(1/2)

R284

STBY RN

C272 NM

IC119 3 NJM4565MD

1.2k

STBY

R271

R279

C286

R253 1.1k

V+15AIN

100p SRCH

GNDCH2

C562

5:6K

GND5AD

R-

R276

C285

R251 1.1k

100p SRCH

R270

GND5AD

C563 NM

GNDCH2

R263

R+

200

V+5AD

RN C279

D110

0.1u SRYB C283

1SS302

10u/50

GNDAIN

V-15AIN

GNDCH2 GND5AD

V+5AD

C V+15AIN

D111

C280

0.1u SRYB

1SS302

GNDCH2

STBY

R268

R280

1.2k

RN RN

H 5/7

V+5AD

2.4k

V-15AIN

R281

220

NJM4580MD (2/2)

2.4k

R282

IC117 R256 1.1k

GND5AD

(CH2 A)

1.2k

C273 NM

L-

R283

C287

R255 1.1k

100p SRCH

R272

R264 200

(CH2 A)

STBY RN

CH2_L

R257 1.1k

C288

V+15AIN STBY C274 NM

100p SRCH

GNDCH2

IC119 5 NJM4565MD

(2/2)

GND5AD

R269

1 IC117

R258 1.1k

R273

C564

5:6K

NJM4580MD (1/2) STBY

220

(CH2 A)

C565

(CH (CH2 A)

L+

V+5AD

R265

D112

200

RN C281

0.1u SRYB

1SS302

GNDCH2

V-15AIN

GND5AD

STBY

IC118 NM 1 AINR 2

R260

AINL

CKS2

CKS1

DIF

VCOM

PDN

11 VA

MCLK

LRCK

10 R274 NM

0.1u

C290

9 DGND SDTO

C636

C289

V+3R3AD NM

C276

C275 NM

C501

R540

GND5AD

GNDD

AGND SCLK 6

GNDCH2

5 NM

R261

GNDD

H 3/7 88

DJM-T1 1

10p SRCH(D)

C635

C282

10p CH(D)

C284

C634

R259

V+5AD

R275

1 16

CKS0

10p SRCH(D)

D107

H 5/7

GNDCH2 2F;5:6L GNDCH2 2F;5:6L D108

H 3/7 OUTPUT ASSY (DWX3257)

Notes NM

is STBY RS1/16SS***J

(D)

RS1/16SS****D

(F)

RS1/16SS****F RS1/10SR***J

RN1/16SE****D

RN 1/8SQ

RS1/8SQ***J

1/4SA

RS1/4SA***J

1/2VM

RD1/2VM***J

RAB4CQ***J

CKSSYB***K

CCSSCH***J

CH(D)

CCSSCH***D

CKSRYB***K

F F

SRYB SRCH

CCSRCH***J

SRCH(D)

CCSRCH***D

SQYB

CKSQYB***K

CEAT***M HAZL NP

CEHAZL***M

CEANP***M

(CH2 A)

: CH2 Audio Signal (L ch) : CH2 DATA Signal

(CH2 D)

CH2 ADC C298

C301 IC120 PCM1804DB

AGNDL

C295

0.1u

VCOML

VINL+

VINL-

FMT0

FMT1

C296

2700p

S/M

OSR0

10 11 12 13 14

OSR1 OSR2

AGNDR VCOMR VINR+ VINRAGND VCC OVFL OVFR RST SCKI

BYPAS LRCK/DSDBCK DGND BCK/DSDL VDD DATA/DSDR

C306

0.1u

C302

0.1u

24 C303

C308

2700p

0.1u

23 22 21

GNDD

100

ACLK_CH2A AD_48k_CH2A

1:12C

Y=A Y=B

IC121 TC7WH157FK

AD_6R144M_CH2A

1:10B

R288

(CH2 D)

100

R286

0 SR

C307

C305

0.1u

C300

select L select H

H 1/7

1:16C

1000p

C299

1000p

AD_RESET

1:6B;2:10F;4:5B

0.01u

V+5AD

0.1u

0 SR C297

R285 C293

R287

C304

H 1/7,2/7,4/7

V+3R3AD

10u/50

(CH2 A) (CH2 A)

VREFR

1 A

VCC

SELECT

STBY 3

VREFL

R289

V+3R3D

C310

0.1u

5 GND

CH2_DSEL_OUT

1:5B

R290

CH2_DATA

100

C294

0.1u

10u/50

C309

10u/50

1:7B

(CH2 D)

H 1/7

GNDD

GNDD GND5AD

AD_6R144M_CH2T 1:10B ACLK_CH2T 1:16C AD_48k_CH2T

H 1/7

1:12C

H 3/7 89

DJM-T1 5

10.10 OUTPUT ASSY (4/7) A

MIC/AUX AUDIO 2

NP R291

10u/35

(M/A)

IC122 AK5358AET 1 AINR

CKS0

AINL

CKS2

CKS1

DIF

VCOM

PDN

V+5AD

R296

3 10k

C316

R295

GNDMIC

5 10k

R300

GNDD

100

AGND SCLK VA

MCLK

LRCK

H 1/7

1:14C

AD_48k_MIC

(M/A D)

R299

DGND SDTO C319

C317

0 SR

0.1u

R297

1:6B;2:10F;3:10F

AD_6R144M_MIC ACLK_MIC

AD_RESET

1:10A

V+3R3AD 0.1u

C314

C313

10u/50

C318

0.1u NM

C502

R541

1/8SQ

0.1u

STBY

47u/25

C315

R298

1 16

100

1:12B

MIC_DATA

1:6B

0.01u

10u/35

1SS302

C312

D113

6.8k RN 6.8k RN R293

(M/A)

R294

R292

5:6J

1.3k RN

5:6J MIC_L_IN

C311

1.3k RN

MIC_R_IN

1SS302 D114

H 5/7 B

V+

GND5AD

GNDMIC

GNDD

Notes NM

is STBY RS1/16SS***J

(D)

RS1/16SS****D

(F)

RS1/16SS****F

RS1/10SR***J

RN1/16SE****D

1/8SQ

RS1/8SQ***J

1/4SA

RS1/4SA***J

1/2VM

RD1/2VM***J

RAB4CQ***J

CKSSYB***K

CCSSCH***J

CH(D)

CCSSCH***D

CKSRYB***K

F F

SRYB SRCH

CCSRCH***J

SRCH(D)

CCSRCH***D

SQYB

CKSQYB***K

CEAT***M HAZL NP

CEHAZL***M

CEANP***M

H 4/7 90

DJM-T1 1

H 4/7 OUTPUT ASSY (DWX3257) (M/A)

: MIC/AUX Signal (L ch) : MIC/AUX DATA Signal : OUT DATA Signal : MASTER OUT Signal (L ch) : BOOTH OUT Signal (L ch)

(M/A D)

DAC

(OD) (MA O) (BO O)

B LRCK 48kHz V+5DA

1:6B

1:5B

H 1/7

DA_CDTI

0.1u

C322

R302 100

STBY R 6 0 5 NM

1:12H

DA_CCLK

1:12H

49 GND

10k

DA_CSN

0.01u

C332

10u/50

C330

1u SRYB

C326

1000p

(MA O)

H 6/7

MASTER_L-

6:1C C 3 2 8 (BO O)

BOOTH_L

7:1C

10u/35

C329

BOOTH_R

H 7/7

7:1F

10u/35

NP HP_L

5:6J

H 5/7

HP_R

5:6I

1/8SQ

R543

1/8SQ

R584

C504

GND5DA

C632

C503

R542

1/8SQ

GNDD

MASTER_L+

6:1C

STBY

R585

C323

1:12H

MASTER_R-

6:1G

(MA O)

C578

DA_RESET CPU_MUTE

1:5B;5:14H

1000p

GNDD

ACLK_OUT

1:14C

C324

0.1u

C321 C525

0.01u

C320 C595

0.01u

10u/50

0 SR

C633

GNDOUT NM

R301

C333

OUT_DATA

V+3R3DA

MASTER_R+

6:1G

C331

(OD)

1u SRYB

1:6B

C327

1:6B

1000p

DA_48k DA_12R288M

C325

H 1/7

10u/50

1/7

48 RSV2_13 47 VCC2 46 AGND2 45 RSV2_12 44 RSV2_11 43 VOUT1 42 RSV2_10 41 VOUT2 40 RSV2_14 39 VOUT3 38 RSV2_9 37 VOUT4 36 RSV2_8 35 VOUT5 34 RSV2_7 33 VOUT6 32 RSV2_6 31 VOUT7 30 RSV2_5 29 VOUT8 28 RSV2_4 27 AGND1 26 VCOM 25 VCC1

1u SRYB

1 RSV2_1 2 RSV1_2 3 RSV2_2 4 RSV1_1 5 RSV2_3 6 LRCK 7 BCK 8 DIN1 9 DIN2 10 DIN3 11 DIN4 12 VDD 13 DGND 14 SCKI 15 RST 16 ZERO1 R620 17 ZERO2 0 SR 18 AMUTEI 19 AMUTEO 20 MD/SDA/DEMP 21 MC/SCL/FMT 22 MS/ADR0/RSV 23 TEST/ADR1/RSV 24 MODE R303

R304

IC123 PCM1691DCA

0 SR

MCLK SCLK 512fs 256fs 24.576MHz 12.288MHz

10u/50

MODE SPI VDD

GNDD GNDOUT

H 4/7 91

DJM-T1 5

V+3R3D

H 1/7

LED_SEG3

LED_SEG7

LED_SEG2

LED_SEG8

LED_SEG1

LED_SEG9

10k

LED_SEG5 LED_SEG4 LED_SEG6

LED_SEG7 LED_SEG2

1 0.1u

GNDREF

AD_CH1_FADER

1:11D

GNDREF

LED_SEG8 LED_SEG1 LED_SEG9

LED_SEG0

LED_SEG0 1 0

LED_SEG10

GNDD 1 2 LED_SEG11 1 3

R615

STBY_SW 1 4

GRID6 GRID1

0.1u

STBY C127

KEY2

KEY1

R103

10k

R 5 7 9 10k

R 5 7 8 10k

KEY4

C337

H 1/7

KEY3 DECKB_ENCODER1

1:2I

10k

DECKB_ENCODER2

1:2I

10k

KEY1

KEY0

H 1/7

V+3R3REF

0.1u

R570

RENC1_1 1 8

AD_AN2_2

10k

AD_AN1_2

1:11D

CH2_TRIM

AUX_SELECT

FX1_3

MIC_SELECT

CH1_TRIM

FDSW_THRU

FX1_2

IC124 TC74VHC4052AFK

AD_AN0_1

1:11D

AD_AN2_2

1:11D

C339 0.1u

H 1/7

1:11D

2X Y-COM 3Y X-COM 0X

6 INH 7

3X GND1

8 GND2

FDSW_THRU

R310

100

FD/MIC_SELECT

1:12I

MIC_SELECT

H 1/7

AUX_SELECT

AD_CE0

1:12G;3E

AD_CE1

1:12G;3D

GNDREF

GNDD

FDSW_CURVE

C345

C120

H 1/7

0.01u

C119

0.01u

C101

C102

0.01u

GNDREF 2 6 V+3R3REF 2 7

VCC 2Y

5 1Y

AD_AN2_1

1 0Y

CH1_TRIM

1:11D

FD/MIC_SELECT

V+3R3REF

CH2_TRIM AD_AN1_1

GNDREF 2 4 AD_AN2_1

1:4L

C342

FX1_2

AD_AN0_1

FDSW_CURVE

C343

DECKA_ENCODER1

C341

Y_COM

H 1/7 H 1/7

470p CH

FX1_3

1:3L

C519

AD_AN1_1

X_COM

KEY 1:1C;4H

DECKA_ENCODER2

10k

GNDD 1 6

AD_AN1_2

AD_CE1

15J

R569

RENC1_2 1 4

V+5LED

AD_CE0

MASTER_VR_MUTE

MAS_MUTE 1 3

GNDD 1 5

1:11D

KEY2

R568

9 10

GNDD 1 1 KEY0

V+3R3REF

GNDREF

1:12G;6F

R567

AD_CRS_FADER

AD_CRS_FADER 2

AD_CE0

0.01u

H 1/7

0.1u

C529

RENC2_1

1:12G;6F

H 1/7

0.01u

AD_CE1

0.01u

V+3R3REF C347

GNDREF

0.01u

GRID4

C527

KEY3

RENC2_2

GRID3 C336

WHITE CN108 KM200NA3

C528

KEY4 AD_CE0

GNDREF

0.01u

1:11C

0.01u

V+3R3REF

0.1u

GRID4

AD_CH2_FADER

AD_CH2_FADER 2

GRID0

AD_CE1

0.1u

CN4001

GRID3

R577 10k

V+5LED

H 1/7

GNDD

V+3R3D

CN103 VKN1258-A

V+3R3REF C346

GNDREF

GRID2

C338

C344

V+5LED

H 1/7

GRID5

470p CH

0.1u

RED CN107 KM200NA3R

470p CH

GRID1

1:4L

GRID6

GRID 1:4A;3G

BROWSE_ENCODER2

10k

C128

GRID2

1:12H

0.01u

UTILITY/WAKE_UP_LED

C629

1:4L

C526

RENC0_2 1 7

GRID5

BROWSE_ENCODER1

R566

C334

H 1/7

1:12H

10k

STBY_LED 1 6

V+3R3D

UTILITY/WAKE_UP_SW

R 5 6 5 100 SR

RENC0_1 1 5

M CN2401

LED_SEG11

GNDD 2 5

I 1/2 CN2002

H 1/7

C349

V+3R3REF

AD_CH1_FADER 2

LED_SEG3

LED_SEG10 1 1

GRID0

BLUE V+3R3REF CN106 KM200NA3E

LED_SEG 1:1E;3G

0.01u

I 1/2 CN2001 B

LED_SEG4 LED_SEG6

R571

V+3R3D

CN102 VKN1256-A

LED_SEG5

R576

V+5LED

470p CH

CN2301

10.11 OUTPUT ASSY (5/7)

GNDD GNDREF

H 1/7

LED_SEG4

GRID5

LED_SEG5

GRID6

GRID3 LED_SEG3 GRID4 LED_SEG4

KEY6

V+3R3REF CN109 VKN1238-A

1:12G

KEY5

C348

LED_SEG6

V+3R3REF KEY6

A 2/2

LED_SEG7

LED_SEG7 1 3 KEY7

KEY 1:1C;4E

REVERSE_SEG

LED_SEG6 1 1

H 1/7

GRID6

REVERSE_SEG 9 KEY5

H 1/7

GRID5 LED_SEG5

KEY7

C340

GNDD 1 5

CN3601

0.1u

GNDD 1 6 V+5LED

0.1u CH1_TRIM

CH1_ASEL_OUT

MUTE

CH1_ASEL_OUT

1:6B

MUTE

16H;6:6E;7:4D

CH2_ASEL_OUT

CH2_ASEL_OUT 6 CH2_TRIM

GNDREF 2 CH1_TRIM

1:6B 4F

GNDREF

GNDD

10k

R305

10k

R306

10k

R307

R308

CN110 VKN1262-A

R610

FDSW_THRU 3 MIC_SELECT

4 5

AUX_SELECT

1:12I

FDSW_THRU

R 6 1 3 100

MIC_SELECT

100

MIC_ASEL_OUT

1:6B

R614

AUX_SELECT

100

GND5DA 1

H 1/7 H 1/7

REVERSE

R 6 1 2 100

C205

MIC_ASEL_OUT

0.01u SRYB

REVERSE_SEL 2

FDSW_CURVE

R 6 1 1 100

C602

CN105 VKN1237-A

FDSW_CURVE 1

0.01u

CN2503

V+3R3REF

HP_R

HP_L

Notes

(M/A)

H 5/7

1/4SA

RS1/4SA***J

1/2VM

RD1/2VM***J

H 4/7

4:1B

MIC_R_IN

4:1B

GNDMIC GNDCH1 2:2F;6J

GNDCH1 1 3

A 2/2

RN1/16SE****D RS1/8SQ***J

MIC_L_IN

GNDCH1 1 1

RS1/16SS****F

1/8SQ

4:11D

GND5DA

(M/A)

GNDCH1 1 0

RS1/10SR***J

: CH1 Audio Signal (L ch) : CH2 Audio Signal (L ch) : MIC/AUX Signal (L ch)

CH1_L_TIME

RS1/16SS****D

(CH2 A)

GNDMIC

MIC_R_IN is STBY RS1/16SS***J

(F)

4:11D

HP_L

GNDMIC

(D)

HP_R

GND5DA 3

MIC_L_IN

GNDD

(CH1 A)

H 1/7

CH2_TRIM

7 C604

0.01u

GRID4

0.01u

GRID3 LED_SEG3

H 1/7 GRID 1:4A;4C

LED_SEG2

C603

CN3701

LED_SEG 1:1E;4A

V+5LED

CN104 VKN1248-A

LED_SEG2

CN3603

CH1_R_TIME

GNDCH1 2:2F;6J

(CH1 A)

GNDCH1 1 5 CH1_L

CH1_L

H 2/7

2:2E

GNDCH1 1 7 CH1_R

CH1_R

2:2B

GNDCH1 1 9 GNDCH1 2 0

RAB4CQ***J

GNDCH1

GNDCH2 2 1

GNDCH1

GNDCH2 2 2

(CH2 A)

GNDCH2 2 3 CKSSYB***K

CCSSCH***J

CH(D)

CCSSCH***D

SRYB

CKSRYB***K

SRCH

CCSRCH***J

SRCH(D)

CCSRCH***D

SQYB

CKSQYB***K

CEAT***M HAZL NP

CH2_L

3:2E

GNDCH2 2 5 CH2_R

CH2_R

3:2B

GNDCH2 2 7 CH2_L_TIME

GNDCH2 3:2F;6L

H 3/7

GNDCH2 2 9 CH2_R_TIME

GNDCH2

3:2F;6L

GNDCH2 3 1

CEHAZL***M

CEANP***M

GNDCH2 GNDCH2

DJM-T1 1

H 5/7 OUTPUT ASSY (DWX3257)

POWER

R326

RELAY_CONT 1

STBY

RELAY_CONT

1:6A

330 C622

1000p SRCH

R556

R557

C516

C353

0.1u SRYB

C515

V+5DUNREG 3

0.01u SRYB

JP3001

GNDD

H 1/7

C N 1 1 1 V+5D_UNREG KM200NA3

H 1/7 5V_EN

STBY

GNDD

D128

V+3R3A

V+5A

1 VIN

VOUT

GNDA

STBY

5 VIN

VOUT

C392

2.2u

C388

0.1u

C386 10k

(D)

R349

0.1u

C394

GND STBY N.C.

5 FB

100u/16

C384

0.1u

100u/16

10u

47k

(D)

V+3R3REF

IC130 BH33FB1WG

COMP

22k

C357

GND5A GND5AD GND5DA

10u

H 1/7

100u/25

C354

0.1u SRYB

C369

1:12H

0.1u

POWER_DOWN

R348

SRYB

R327

C370

C380

SW GND

POWER_DOWN1 0

DCH1201-A C381

VIN

NM DCH1201-A C382

CCG1236-A

GNDD

D116

V+5D_UNREG 8

8 BST

CMS03

C368

0.1u SRYB

0.1u 2

R344

C371 1

C378

GNDD

IC128 BD9326EFJ

C376

V+5A

GNDAGNDAIN GNDAOUT

D127

15u

2200p

D134

GND5A

STBY R622

JH3201

3 4

STBY

L103 CTH1253-A

STBY

100

V-15A

C395

V+5LED

1:12G;13B R617

GNDA

GND5A

5V_EN

CN112 52147-1010

V+15A

2.2u

C391

0.1u

C390

H 1/7

C397

CCG1205-A C393

C363

0.1u SRYB

V+5AU_FLG

1:7L

C361

100u/25

C358

C359

0.1u SRYB

V+5DA

V+5AD

100u/16

V+5A

0.1u

3 STBY N.C.

V+15AOUT V+15AIN

100u/16

GND

STBY V+15A

V+5AU_DOWN 1

V+3R3DA

V+5D_UNREG

GNDD

V+3R3AD

IC131 BH33FB1WG

CCG1205-A C396

NM C573

R583

R559

C518

1:12G;13C

GND5A

STBY

V-15A

V-15AIN

C576

STBY

V-15AOUT

C GNDREF

V+5D L102 DTL1123-A

R335

10u

C389

C605

C383

STBY 100u/16

560p

SRCH

0.1u

10u

PGND

C387

GND

SQYB

L104 BTH1112-A

4 56k

R347

6 5

PVcc

10u DCH1201-A C385

10k

(D)

C375

DCH1201-A R345

20k

7 ITH

C379

0.1u

C374

100u/16

CCG1205-A C373

2.2u

(D)

R319

11k

! !

Vcc

(D)

4 STBY N.C.

C372

C360

220p CH

8 ADJ

GND C367

GND

IN-

VOUT

0.1u

56p SRCH

V+1R2D

IC129 BD9106FVM

5 VIN

STBY

C366

C355

(D)

V+3R3D

IC127 BH33FB1WG 1

33k

R318

V+

RB160L-40

SI 6

C626

220u/16

C362

1 CD

D115

STBY

D129

R346

IC125 NJM2393M

C625

10u

C365

DCH1201-A C624

0.82

1/4SA

1/4SA STBY

STBY

10u

47u/25 C351

CCG1236-A

R314

470u

C350

IC126 S-80942CNMC-G9C 5

10k

R328

V+5D

V+5D_UNREG

1 CD

OUT 2

H 6/7 MUTE

C598

R356

Q114 LSC4081UB(QRS)

Q113 LTC124EUB

1000p

47k

R355

6H;6:6E;7:4D

47k

22k

Q115 LSA1576UB(QRS)

22k

R353

MUTE

47k

R352

GNDD

R354

R351

VSS

0.1u

47k

C364

0.047u

C356

VDD

GNDD

CPU_MUTE

LOW VOLTAGE

H 1/7,4/7

HIGH VOLTAGE

GNDD

PROTECT

STBY

C623

1:5B;4:8D

DETECTION VOLTAGE

V-15A

Q113

Q114

Q115

Audio OUT

V+15A

12.53V

19.65V

MUTE ON

V-15A

-19.44V

-8.19V

MUTE OFF

2.7V

4.38V

2.58V

3.93V

VOLTAGE

V+3R3A V+3R3REF

GNDD

3.3k

2.7k

C599 10k

R341 R342

4.7k

R343

8.2k

GNDD

0.1u SRYB

C377

DETECTION_FLG

Q140

Q141

Audio OUT

MUTE ON

MUTE OFF

1:12G

1/8SQ Q112 LTC114EUB

H 1/7

6:6E

STBY

GNDD R350

V+5A

V+5A V+3R3REF

GNDD

R337

V-15A

3.3k Q111 LSA1576UB(QRS) 100

3.3k SR Q109 LSA1576UB(QRS) R334

R325

R339

100

R333

10k

V+3R3REF V+3R3A

V+3R3REF

R338

15k

Q110 LSA1576UB(QRS)

V+3R3REF

MASTER_MUTE

GNDD

V+3R3A

H 6/7

MASTER_VR_MUTE

GNDD

100

3.3k Q107 LSA1576UB(QRS) 100

R315

SR Q108 LSA1576UB(QRS)

R332

22k

R316

3.3k SR Q105 LSA1576UB(QRS)

R324

V+15A V-15A

R313

18k

V+15A

R321

10k

R311

V+15A V-15A

V+5A

R330

10k

R323

100

SR Q106 LSA1576UB(QRS)

Q141 LTA124EUB

Q140 LTC124EUB

3.3k

GNDD

V+3R3A

R340

3.3k

MASTER VR MUTE

R336

2.7k

V+5LED

R331

R329

V+3R3A

GNDD

V+15A

V+5LED

R317

R320

Q103 LTC114EUB

GNDD

V+5DET

100

V+5DET

1:12G

V+3R3A

100

R322

0.1u SRYB

C352

H 1/7 V+5DET_EN

V+5DET

Q104 LTA114EUB

2.7k

V+5A

R572

6.87V

V+5DET

V+5D

22k

7.11V

V+5LED

6.18V

V+5DET

R573

V+5A

22k

V+5D_UNREG

R312

GNDD

V-15A

H 5/7 93

DJM-T1 5

10.12 OUTPUT ASSY (6/7) V+15AOUT

V+15AOUT2

P101

MASTER1,2 OUT

C414

AEK7004-A

100u/25

STBY R548

C415

0.1u SRYB

L+

(MA O)

DCH1323-A

R405 5.6k

470u/25

2.2k

C420

R397

C406

0.047u SRYB 8

(MA O)

10k

R406

V-15AOUT2

R398

24k

C407

2.7k R382

24k

R390

3k R366

3.3k

68p SRCH

RN RN

R374

C521

IC132

NJM4580MD (2/2)

2.7k

470p CH

C402

C398

R358

R389

2200p SRCH

24k

RN R373

3.3k

68p SRCH

R357

R381

R365

24k

GNDOUT GNDAOUT

5.6k

STBY

MASTER_L+

H 4/7

4:11C

R413

GNDOUT

(MA O) MASTER_L-

GNDOUT

4:11C

MASTER_L_HOT

(MA1 O)

V+15AOUT2

5.6k

(MA2 O)

DCH1323-A

2.2k

470u/25

R414 NM

GNDAOUT GNDOUT

GNDOUT

ATT 0,-6dB SW

GNDOUT P102

S101 CSH1042-A

AEK7004-A

V-15AOUT2

GND

H 5/7 MASTER_MUTE

V-15AOUT 1A 1COM

V+15AOUT2

3A 3COM

2COM

C416

0.1u SRYB

4COM

5:16J D117

MUTE

5:16H;5:6H;7:4D

1SS352

H 5/7,7/7

GNDOUT

0.047u SRYB

R+

C422

2.2k

DCH1323-A

R401

R409

470u/25

5.6k

10k

R410

C410

24k

C411

2.7k R386

24k

R370

R394

R402

R378

3.3k

68p SRCH

24k

V-15AOUT

C523

IC133

NJM4580MD (1/2)

2.7k

470p CH

C404

C400

R362

R393

2200p SRCH

R385

R377

3.3k

68p SRCH

R361

R369

24k

STBY

100u/25

5.6k

47k

R547

R408

C418

10k

STBY

R400

0.1u SRYB

R562

(MA O)

C417 C409

24k

R407

L-

C421

R399

C408

24k

68p SRCH 3

0.047u SRYB 8

2.7k R384

24k

R368

R392

C522

IC132

R376

3.3k

MASTER_L_COLD

NJM4580MD (1/2)

2.7k

470p CH

C403

C399

R360

R391

2200p SRCH

R383

R375

3.3k

(MA1 O)

68p SRCH

R359

24k

R367

GND

V-15AOUT2

5.6k

STBY

GNDOUT GNDOUT

4:11C

R415

V+15AOUT2

MASTER_R_HOT

MASTER_R-

R411

R-

C423

5.6k

DCH1323-A

2.2k

RN 470u/25

C419

R412 5.6k

GNDOUT

10k

0.1u SRYB V-15AOUT2

R404

24k

0.047u SRYB 8

R403

C412

68p SRCH

24k

470p CH

2.7k R388

R396

RN 24k

R372

3.3k

C524

IC133

R380

GND

MASTER_R_COLD

NJM4580MD (2/2)

2.7k

C413

R364

C405

C401

R395

2200p SRCH

R387

R379

3.3k

68p SRCH

R363

24k

4:11C

R371

H 4/7

MASTER_R+

STBY

R416 NM

GNDOUT GNDOUT

GND

(MA O) (MA1 O) (MA2 O)

: MASTER OUT Signal (L ch) : MASTER1 OUT Signal (L ch) : MASTER2 OUT Signal (L ch)

Notes

is STBY RS1/16SS***J

(D)

RS1/16SS****D

(F)

RS1/16SS****F

RN1/16SE****D

1/8SQ 1/4SA

RS1/4SA***J

1/2VM

RD1/2VM***J

R447

CAUTION : FOR CONTINUED PROTECTION AGAINST RISK OF FIRE. REPLACE ONLY WITH SAME TYPE NO. AEK7004 (491.400PAR) (400 mA) MFD. BY LITTELFUSE INC. FOR P101 and P102.

RAB4CQ***J

CKSSYB***K

CCSSCH***J

CH(D)

CCSSCH***D

SRYB

CKSRYB***K

SRCH

CCSRCH***J

SRCH(D)

CCSRCH***D

SQYB

CKSQYB***K

CEAT***M HAZL

R418

RS1/10SR***J

RS1/8SQ***J

MASTER 2R

10k

47k

GND

CAUTION : FOR CONTINUED PROTECTION AGAINST RISK OF FIRE. REPLACE ONLY WITH SAME TYPE NO. AEK1073 (CCP2E10HTTE) (0.5 A) MFD. BY KOA CORPORATION. FOR P103 and P104. (MA2 O)

R420 10k

MASTER 2L

CEHAZL***M

R448

CEANP***M

47k

GND

H 6/7 94

DJM-T1 1

H 6/7 OUTPUT ASSY (DWX3257)

V+15AOUT C430

100u/25

HAZL STBY

MASTER1 L

C431 NM

STBY

C585

R549

0.1u SRYB

JA102

DKB1093-A

GNDOUT GNDAOUT

R423

3 4.3k

RN C432

5.6k

C464

R440

R592

100p SRCH

18k

RN C448

C425

(MA1 O)

R408

8 4

R434

1 IC134

HOT

1 2 D136

P103

AEK1073-A

MASTER1_L_HOT

C449

100p SRCH

Q117 NM

R426 C586

1.5k

STBY

0.1u SRYB STBY

GNDOUT

R453

V-15AOUT GNDAOUT

Canon Shield(DNF1789-A)

HAZL

470k

R449

R550

C445 100u/25

STBY

C456

C434

GNDOUT

R454

R414

GNDOUT

C531 47u/35

1/2VM

STBY

(MA1 O)

330

NJM2114D (1/2)

Q129 INC2002AC1

5.6k

18k

STBY

R442

5.6k

R456 Q121 2SK209(BL)

RSB18V

C465

RN C433

100p SRCH

2200p

GNDOUT

4.3k

DCE1018-A

R425

(MA1 O)

STBY

V+15AOUT

GNDOUT

R407

D135

R455

1.5k

Q128 INC2002AC1

RSB18V

R424

V-15AOUT Q116 NM

COLD

C530 47u/35

2200p

1/2VM

DCE1018-A

330

NJM2114D (2/2)

5.6k

R413

MASTER1_L_COLD (MA1 O)

R433

IC134

R593

STBY

R441

5.6k

C424

(MA1 O)

R406

Q120 2SK209(BL)

100p SRCH

STBY

5.6k

R439

(MA1 O)

R405

GNDOUT

D117 1SS352

C435

470k

R450

47k

R562

V+15AOUT

100u/25

HAZL STBY

R551

0.1u SRYB

C457

STBY

C587

JA103

MASTER1 R

STBY

C436

V-15AOUT

DKB1093-A

GNDOUT GNDAOUT

R427

GNDOUT

4.3k

5.6k

1 D137

C466

R444

R594

100p SRCH

5.6k

18k

RN C450

HOT

RSB18V

R457

1.5k

2200p

Q130 INC2002AC1

DCE1018-A

R428

V-15AOUT Q118 NM

47u/35

2200p

1/2VM

DCE1018-A

330

NJM2114D (2/2)

R595

STBY

R415

MASTER1_R_COLD C532

R435

IC135

R445

5.6k

C426

R410 5.6k

Q122 2SK209(BL)

100p SRCH

STBY

R443

5.6k

COLD

C437 R409

STBY

C427

! GNDOUTP 1 0 4

C533 47u/35

1/2VM

(1/2)

Q131 INC2002AC1

330

4 NJM2114D

AEK1073-A

MASTER1_R_HOT

C451

STBY

R416

18k

R436

1 IC135

R412 5.6k

Q123 2SK209(BL)

100p SRCH

STBY

R446

5.6k

R458 R411

D138

GNDOUT

4.3k C438

RSB18V

R429

C467

V+15AOUT

GNDOUT

100p SRCH

Q119 NM

R430 C588

1.5k

RN 0.1u SRYB STBY C439

GNDOUT

STBY R552

C446 100u/25

HAZL V-15AOUT GNDAOUT

GNDOUT

V+15AOUT2 C440 100u/25

STBY

C441

GNDAOUT

NM C589

0.1u SRYB

330

19 Q126 INC2002AC1

R451

47k

2 3

R L

4 5

V+15AOUT2

NM NM

SR STBY

GNDOUT

R596

18k

R452 R591

GNDOUT Q127 INC2002AC1

18k

0.1u SRYB STBY

D144

C590

Q125 INC2002AC1

STBY

10u/35

2200p

330

1/2VM

15 (MA2 O) DCE1018-A

10k

IC136

NJM4580MD (1/2)

C453

R438

470k

GNDOUT

R464

10k

C463

(MA2 O)

R420

33k

R590

R448

2200p

10u/35

1/2VM

10k

IC136

NJM4580MD (2/2)

DCE1018-A

V-15AOUT2

R597

R447

Q124 INC2002AC1

JA104 AKB7181-A 1

STBY

C452

GNDOUT

470k

10k

C462

R418

MASTER2

33k

R437

R463

R588

R589

D143

GNDOUT

STBY C574

C444

47k

GNDOUT

STBY

C447

R546

100u/25

V-15AOUT2

GNDOUT

GNDD

H 6/7

GNDAOUT GNDOUT

DJM-T1 5

10.13 OUTPUT ASSY (7/7)

BOOTH OUT

V+15AOUT C474

(BO O)

R485

100u/25 C475

3.6k

GNDAOUT

0.1u SRYB R486

GNDOUT

3.6k

C472

15p SRCH

91k

R479

91k

R606

Q144 INC2002AC1

47k

4:11C

R477

C468

3300p

5.1k

R481

4.7k

C470

R473

560p SRCH

(BO O)

DCG1049-A

H 4/7 BOOTH_L

R475

8 4

R483

1 IC137

GNDOUT

NJM4565MD SR (1/2)

R487

V-15AOUT

3.6k

GNDOUT

(BO O)

R488 3.6k

Notes R607

is STBY

RS1/16SS***J

47k

(D)

RS1/16SS****D

(F)

RS1/16SS****F RS1/10SR***J

RN1/16SE****D RS1/8SQ***J

1/4SA

RS1/4SA***J

1/2VM

RD1/2VM***J

GNDOUT

1/8SQ

Q145 INC2002AC1

RAB4CQ***J

D126

MUTE

5:16H;5:6H;6:6E

1SS352

CKSRYB***K

F F

SRCH

CCSRCH***J

SRCH(D)

CCSRCH***D

SQYB

CKSQYB***K

CEAT***M HAZL NP

CCSSCH***D

SRYB

47k

CH(D)

R563

CCSSCH***J

C631

STBY CKSSYB***K CH

V-15AOUT

CEHAZL***M

CEANP***M

F R489 3.6k

RN R490 3.6k

C473

15p SRCH

91k

R608

Q146 INC2002AC1

47k

SR R478

C469

3300p

4.7k

RN C471

5.1k

R482

560p SRCH

4:11C

DCG1049-A

R474

BOOTH_R

R480

H 4/7

91k

R476

RN V+15AOUT

8 4

R484

7 IC137

C476

GNDOUT

NJM4565MD SR (2/2)

R491

0.1u SRYB

3.6k

C477

GNDOUT R492

100u/25

V-15AOUT

GNDAOUT

3.6k

RN R609

Q147 INC2002AC1

47k

GNDOUT

H 7/7 96

DJM-T1 1

H 7/7 OUTPUT ASSY (DWX3257) V+15AOUT

C482 100u/25

STBY

(BO O)

: BOOTH OUT Signal (L ch)

C483 NM

STBY

C591

R553

0.1u SRYB

GNDOUT

GNDAOUT R493 4.3k

C478

18k

STBY R598

1.5k

RN RN

100p SRCH

5.6k

R506

C490

R495

D139

Q136 INC2002AC1

C496

2200p

V-15AOUT

STBY

47u/35 R515

DCE1018-A

330

1/2VM

(1/2)

BOOTH L

IC138 4 NJM4580DD

C534

(BO O)

R494

BOOTH_L_HOT 8

5.6k

Q132 2SK209(BL)

R505

C579

470p CH

100p SRCH

JA105 DKN1622-A

3 2

V+15AOUT R507

5.6k

R508

R496

GNDOUT

4.3k

IC138

1/2VM

Q137 INC2002AC1

R516 C491

18k

STBY

R498

R599

100p SRCH C592

14 STBY

47u/35

330

NJM4580DD (2/2)

BOOTH_L_COLD C535

(BO O)

R497

D140

C497

Q133 2SK209(BL)

2200p

C580

470p CH

100p SRCH

DCE1018-A

C479

1.5k

STBY

0.1u SRYB STBY NM

100u/25

GNDAOUT

V-15AOUT

GNDOUT

R513

GNDOUT

470k

C488

C494

C484

GNDOUT

C485 100u/25

470k

R514

V+15AOUT

STBY STBY

C486

GNDAOUT

C593

0.1u SRYB

C495

GNDOUT R499

GNDOUT

4.3k

C480

BOOTH_R_HOT

18k

STBY R600

1.5k

RN RN

100p SRCH

5.6k

R510

C492

R501

D141

Q138 INC2002AC1

C498

NP R517

2200p

V-15AOUT

STBY

47u/35

330

1/2VM

DCE1018-A

IC139

NJM4580DD (1/2)

BOOTH R

C536

R500

5.6k

Q134 2SK209(BL)

R509

C581

470p CH

100p SRCH 2

JA106 DKN1622-A

3 2

V+15AOUT

R511

5.6k

R512

R502

GNDOUT

4.3k

BOOTH_R_COLD STBY

47u/35

330

1/2VM

Q139 INC2002AC1

R518 C493

18k

SR R504

STBY R601

100p SRCH

NJM4580DD (2/2)

C537

R503

7 IC139

D142

Q135 2SK209(BL)

C499

2200p

C582

470p CH

DCE1018-A

C481

100p SRCH

1.5k

RN C594

0.1u SRYB STBY C487

STBY

C489

R554

100u/25

V-15AOUT

GNDOUT

H 7/7

GNDAOUT GNDOUT

DJM-T1 5

10.14 VRSW ASSY (1/2)

LED_SEG8

LED_SEG8 1 9

LED_SEG9

LED_SEG9 1 7

LED_SEG10

LED_SEG10 1 5

GNDD

GNDD 1 4

LED_SEG11

LED_SEG11 1 3

LEVEL METER INDICATORS

1/2 2

22k

R2074 R2075

C2010

0.1u/16

C2009

0.1u/16

D2037

68k

D2038

68k

R2250

D2039

68k

R2247

D2040

68k

R2223

68k 68k

R2226

R2290

68k

R2214

D2026 D2027 D2028

R2229

R2244

D2025

JP JP JP JP JP

D2029

D2030

D2031 D2032

82 NM R2300 D2102

68k

R2241

D2101

D2033

R2080 D2041

68k

6.8k

22 R2294

R2293

STBY

Q2231 LSA1576UB(QRS) D2098

220

6.8k

D2096

D2036

Q2230 LSA1576UB(QRS)

D2035

GND R2237

R2234 6.8k

SHIFT

Q2210 LSC4081UB(QRS)

GNDD

DJM-T1 1

Q2020 2SB1689

22k

Q2018 2SB1689

R2054 R2055

R2056 R2057 R2058 R2059 R2061

D2012

GNDD

R2292

Q2012 LSC4081UB(QRS)

68k

6.8k

R2235

R2012

-24

68k

R2024

CEJQ***M

R2036

LED_SEG0 JQ

R2066

2.2k

Q2011 LSC4081UB(QRS)

RS1/10SR***J F

R2240

Q2209 LSC4081UB(QRS)

GNDD

68k

6.8k

-15

Q2229 LSA1576UB(QRS) R2291

R2011 R2023

LED_SEG1 is STBY

D2011

R2035

C2008

68k

6.8k

Q2010 LSC4081UB(QRS)

R2232

R2010 R2022

LED_SEG2

GNDREF

CKSRYB***K

R2231 6.8k

0.1u

C2005

C2003

100u/16

R2034

STBY

V+3R3REF

NOTES

D2013

-9

D2034

Q2009 LSC4081UB(QRS)

GNDD2

HPCUE_CH2

68k

6.8k

GNDD

R2021

LED_SEG3

R2009

-6

R2033

R2064

STBY

R2065

0.1u

D2021

6.8k

C2243

NM JQ

D2022

C2242

D2023

0.1u

Q2008 LSC4081UB(QRS) 68k

C2006

100u/16 JQ

R2008 R2020

C2004

LED_SEG4

D2014

68k

R2019

Q2007 LSC4081UB(QRS)

R2032

V+5LED2

V+5LED

R2062

R2031 R2007 6.8k

R2063

CN2002 VKN1258-A

LED_SEG5

R2042

-3

GRID3

R2043

-1

D2019

GRID4

D2020

6.8k

AD_CE1

D2024

GRID3

10J

Q2006 LSC4081UB(QRS)

R2006

GRID4

LED_SEG6

AD_CE1

R2030

KEY4

R2048

KEY4

KEY3 AD_CE0

R2049

10J

R2050

AD_CE0

RENC2_1

GNDD

560

R2051

6.8k

68k

6.8k

KEY2

Q2005 LSC4081UB(QRS)

R2243

Q2208 LSC4081UB(QRS)

68k

KEY3

R2005

R2018

KEY2

LED_SEG7

R2017

RENC2_1

R2029

KEY1 RENC2_2

R2060

BOOTH_MUTE

D2017

10J

KEY1 1 0

D2006

KEY0 1 2 GNDD 1 1 (BOOTH_MUTE)

D2005

KEY0

6.8k

FX2_3 R2227 82

6.8k

R2246

Q2207 LSC4081UB(QRS)

R2228

D2018

MAS_MUTE

560

MAS_MUTE 1 3

RENC2_2

6.8k

10J

Q2004 LSC4081UB(QRS)

R2052

RENC1_2 1 4

R2004 68k

LED_SEG8 RENC1_2

R2016

GNDD2

GNDD 1 5

D2016

R2028

GNDD 1 6

V+5LED2 V+5LED 1 7

RENC1_1

RENC1_1 1 8

6.8k

FX2_2 R2224 82

6.8k

R2249

Q2206 LSC4081UB(QRS)

R2225

AD_AN1_2

560

R2045

6.8k

10J

Q2003 LSC4081UB(QRS)

R2046

FX1_3

R2003

D2004

LED_SEG9

68k

10J

R2015

AD_AN1_1

AD_AN1_2 1 9

R2027

10J

D2015

FX1_2

10J

AD_AN1_1 2 1

R2044

AD_AN2_2

6.8k

FX2_1 R2221 82

6.8k

R2289

Q2203 LSC4081UB(QRS)

R2222

R2047

10J

560

D2003

GNDREF

Q2002 LSC4081UB(QRS) 68k

GNDREF 2 4 AD_AN2_2 2 3

CN103

6.8k

AD_AN2_1

R2014

10J

AD_AN2_1 2 5

R2068 82 R2213 6.8k

R2026 R2002

LED_SEG10

OVER

180 R2284 NM

V+3R3REF GNDREF 2 6

H 5/7

CH2

68k

R2013

6.8k

GNDD

Q2001 LSC4081UB(QRS)

D2002

R2001

LED_SEG11

D2001

R2025

GRID0

V+3R3REF 2 7

FX1_3

MASTER

FX2_ON

GRID1

GNDD 1

FX1_2

CH1

GRID6

V+5LED

56k

D2007

R2082

56k

D2008

GRID0

R2067

56k

D2009

V+5LED

GRID2

R2053

56k

D2010

GRID5

R2039

22 R2296

GRID1

GNDD

RED : SLI-343U8RC(HJKL)-TS AMBER : SLI-343YYW(TUV)-TS GREEN : SLR-343MC(NPQ)-TS

R2295

RENC0_2

D2097

V+3R3D

0.1u/16

GRID6

STBY_LED

22k

GRID5

RENC0_1

RENC0_1 1 1

GRID6

Q2016 2SB1689

GRID4

STBY_SW

STBY_LED 1 0

R2040

GRID3

STBY_SW 1 2

GRID2

V+5LED

LED_SEG0

LED_SEG0 1 6

GRID5

V+5LED

LED_SEG1

LED_SEG1 1 8

V+3R3D

R2041

LED_SEG2

LED_SEG2 2 0

RENC0_2

GRID2

V+5LED

LED_SEG7

LED_SEG7 2 1

V+5LED

Q2019 390 LTC143EUB

LED_SEG3

LED_SEG3 2 2

CN102

0.1u/16

LED_SEG6

LED_SEG6 2 3

H 5/7

GRID1

V+5LED

Q2017 390 LTC143EUB

LED_SEG4

LED_SEG4 2 4

V+5LED

Q2015 390 LTC143EUB

GRID0 LED_SEG5

LED_SEG5 2 5

R2038

GRID_SEG

CN2001 VKN1256-A

22k

I 2/2

Q2013 390 LTC143EUB

R2037

V+5LED

Q2014 2SB1689

C2007

V+5LED

STBY

GNDD

SLR343W (WHITE)

1/2 VRSW ASSY (DWX3259)

C2013

R2082

R2090

R2099

R2106

56k

330

R2282

R2281

V+5LED

STBY D2094

22k

POWER ON LED

Q2026 2SB1689

R2100 R2101

0.1u/16

C2012

0.1u/16

V+5LED

Q2025 390 LTC143EUB

22k

R2091 R2092

V+5LED

Q2024 2SB1689

C2011

0.1u/16

V+5LED

Q2023 390 LTC143EUB

22k

R2083 R2084

V+5LED

Q2022 2SB1689

V+5LED

Q2021 390 LTC143EUB

22k Q2019 390 LTC143EUB

V+5LED

Q2020 2SB1689

+5LED

0.1u/16

C2010

V+5LED

SLR-343MC(NPQ)-TS (YELLOW GREEN)

GNDD

R2260 82

D2054

DECKB_CUE D2055

STBY LED C

Q2225 LSC4081UB(QRS) 68k

6.8k

D2050

D2044

68k

D2049

R2279

DECKA_PLAY

GNDD

Q2205 LSC4081UB(QRS)

R2278 82

R2280

68k

6.8k

Q2220 LSC4081UB(QRS) 68k

68k

R2245 82

V+3R3D

DECKB_FX2 R2275 82

LTA114EUB Q2031 STBY_LED

GNDD

D2057

STBY

Q2223 LSC4081UB(QRS)

SLI-343U8RC(HJKL)-TS (RED)

GNDD

68k

6.8k

470 R2283

DECKB_FX1

D2070

68k

R2277

D2051

R2273

Q2218 LSC4081UB(QRS)

R2119

10J

Q2224 LSC4081UB(QRS)

R2272 82

R2274

6.8k

68k

D2045

R2258

6.8k

DECKA_CUE R2257 82

Q2213 LSC4081UB(QRS)

R2244

6.8k

R2276

Q2219 LSC4081UB(QRS)

68k

R2243

R2262

68k

R2242 82

08 4081UB(QRS)

6.8k

FX1_2

D2040

FX2_3

R2247

6.8k

R2261

Q2214 LSC4081UB(QRS)

R2259

R2246

07 4081UB(QRS)

R2227 82

6.8k

FX1_1

D2039

R2224 82

R2264

Q2215 LSC4081UB(QRS)

R2250

6.8k

R2102 82 R2219

MIDI_CH2 R2263 82

R2265

R2249

FX2_2

Q2204 LSC4081UB(QRS)

D2043

D2038

R2248 82

06 4081UB(QRS)

6.8k

FX1_ON

R2217

68k

R2290

6.8k

FX2_1

R2216

Q2228 LSC4081UB(QRS)

R2220

R2093 82 R2289

03 4081UB(QRS)

R2221 82

D2048

D2037

R2068 82

DECKB_PLAY

MIDI_CH1

D2056

FX2_ON

GNDD

STBY SW(UTILITY)

GNDD

SLI-343YYW(TUV)-TS (AMBER)

D S2006 STBY_SW

DSG1079-A 2

10J

GNDD STBY

LSA1576UB(QRS) Q2227

SNAP

2.2k

R2286

LSA1576UB(QRS) Q2226

22 R2288

R2287

220

R2285

SLR343BC4T(JK)-TS (BLUE)

D2095

R2108

22 R2118

R2114

2.2k

R2113

STBY

LSA1576UB(QRS) Q2029 2.2k

Q2221 LSC4081UB(QRS)

R2121

R2267 6.8k

220

R2120

68k

R2271

D2052

82 Q2216 LSC4081UB(QRS)

DECKB_SYNC D2059

GNDD

Q2032 LSA1576UB(QRS)

68k

6.8k

STBY

Q2030 LSA1576UB(QRS)

Q2222 LSC4081UB(QRS)

DECKA_FX2 R2268

R2252

D2053

68k

R2256

HPCUE_CH1

R2270 82 Q2217 LSC4081UB(QRS) 6.8k

R2251

68k

R2238

22 R2296

R2295

DECKA_SYNC D2058

GNDD GNDD

GNDD

D2097

NM 82 R2298 D2100

R2089 D2047

Q2211 LSC4081UB(QRS)

D2099

6.8k

STBY

D2098

6.8k

R2237

Q2231 LSA1576UB(QRS)

STBY

GNDD

22 R2294

R2255

LSC4081UB(QRS) Q2212 68k

6.8k

R2241

R2240

09 4081UB(QRS)

R2254

R2253

R2088 82

Q2027 LSA1576UB(QRS)

DECKA_FX1

D2046

FX1_3 82

82 NM R2300 D2102

D2101

R2080 D2041

STBY

22 R2117

HPCUE_CH2

220

R2107

GNDD

F SLR343WBC7T(MN)-TS (WHITE)

DJM-T1 5

1/2

10.15 VRSW ASSY (2/2) A

I 1/2 GRID_SEG

GRID6 GRID5 GRID4 GRID3 GRID2 GRID1

DECKB AUTOLOOP DECKA_FX1

S2015

5 5

D2060

DSH1058-A S2011

1SS352

D2081

GNDD

1SS352

FX1_1

FX2_3 S2016

DSX1082-A

DECKB_FX2

DECKB_SYNC S2026

S2022

D2090 1SS352

S2030

DSG1079-A

D2076

D2082

D2086

D2091

1SS352

1 2

1SS352 D2072

1SS352

D2071

2 4

1SS352 D2066 D2064

CH2 CD/PHONO/USB

D2065

DSH1058-A S2007

S2005 DSG1079-A

CH1 CD/PHONO/USB

DECKA_FX2

5 2

D2080

KEY4

DSG1079-A

3 2

DSX1082-A

GNDD2

1SS352

S2029

DSG1079-A

1SS352

3 2 2

DSG1079-A

DECKB_FX1

S2025

S2021

1 S2001

BROWSE FX1_ON

D2089 1SS352

GRID0

DSG1079-A

KEY3

SNAP

DECKA_CUE

S2012

DSG1079-A

HPCUE_CH2

FX2_ON

S2008

S2002

FX1_2 S2023

S2017

DSG1079-A

D2061

D2067

D2073

D2077

D2083

1SS352

KEY2

MIDI_CH2

DECKA_PLAY

FX2_1

S2009

S2003

S2013

DECKB_PLAY

DECKA_SYNC

FX1_3

SHIFT

S2024

S2018

S2027

S2031

DSG1079-A

D2062

D2068

D2074

D2078

D2084

D2087

D2092

1SS352

DSG1079-A

KEY1

AD_AN1_1

LOAD_A

FX2_2

MIDI_CH1

S2004

S2014

S2010

DSG1079-A

HPCUE_CH1 S2019

S2028

4 1

DSG1079-A

S2032

DSG1079-A

DECKB_CUE

LOAD_B

S2020

DSG1079-A

1SS352

5 2

GNDD2

DSX1082-A

DECKA AUTOLOOP

D2093

1SS352

1SS352 AD_CE1

10J D2085

D2088

RENC2_1

AD_CE0

10J

RENC2_2

10k

D2079

RENC1_1

R2207

D2075

R2205

D2069

1SS352

2 D2063

RENC1_2 RENC0_1 RENC0_2

AD_AN1_2

1J KEY0

R2299

NM R2209

NJM2903M

C2204

Q2201 LTA143EUB

AD_AN2_1

R2211

C2203

MAS_MUTE

0.1u/16

F 1k C2202

CEJQ***M

0.1u/16 R2208

C2201

CKSRYB***K

0.1u/16

2 -INPUT1 7 OUTPUT2 3 +INPUT1 6 -INPUT2 4 GND 5 +INPUT2

R2212

IC2201 1 OUTPUT1

STBY

V+3R3REF

10k R2204

V+5LED2 R2210

is STBY

RS1/10SR***J

22k

R2206

NOTES

V+3R3REF R2203

V+5LED2

STBY AD_AN2_2

STBY

F BOOTH_MUTE

Q2202 NM

GNDD2

2/2

100

DJM-T1 1

2/2 VRSW ASSY (DWX3259)

FX1 2 V+3R3REF C2210 VR2201 DCS1116-A

0.1u/16

FX1_2

GNDREF

FX1 3 V+3R3REF C2211 VR2202 DCS1116-A

FX1 DRY/WET

0.1u/16

FX1 1 V+3R3REF

V+3R3REF

C2232 VR2209 DCS1116-A

GNDREF

C2236 VR2213 DCS1116-A

0.1u/16

V+3R3REF

VCC

15 2Y

V+3R3REF

C2241 VR2218 DCS1116-A

0.1u/16

1 2

GNDREF

12 1Y

11 INH

10 VEE

GND

GNDREF

10k

STBY

GNDD2

C 2 2 4 7 470p

10J AD_CE0

C 2 2 4 6 470p

AD_CE1

C 2 2 3 1 470p

9 C 2 2 3 0 470p

C 2 2 2 8 470p

C 2 2 2 2 470p

C 2 2 2 1 470p

C 2 2 2 0 470p

CH2 LOW

C2239

X_COM

5 C 2 2 1 9 470p

13 3Y

10k

V+3R3REF

GNDREF

R2207

HP LEVEL VR2216 DCS1117-A

0.1u/16

1 2

14 Y_COM

GNDREF

C2237 VR2214 DCS1116-A

0.1u/16

C 2 2 2 6 470p

AD_AN1_1

C2225

16 0Y

0.1u/16

VR2210 DCS1116-A

0.1u/16

HP CUE

C2233

TC74HC4052AF IC2203

GNDREF

CH1 LOW

C2240 VR2217 DCS1116-A

0.1u/16

GNDREF

V+3R3REF

C2238 VR2215 DCS1116-A

0.1u/16

R2205

CH1 MID V+3R3REF

10J

CH1 HI

1 V+3R3REF

FX1_3

GNDREF

MASTER LEVEL BOOTH MONITOR

FX2 DRY/WET

FX2 1

AD_AN1_2

1J V+3R3REF

V+3R3REF

C2217 VR2203 DCS1117-A

C2223 VR2205 DCS1117-A

0.1u/16

V+3R3REF

15 2X

2Y Y_COM

C2235 VR2212 DCS1116-A

1 2

GNDREF

0X 11

INH

3X 10

7 VEE

GND

STBY

C 2 2 4 4 470p

C 2 2 4 5 470p

AD_AN2_2

C 2 2 1 6 470p

9 C 2 2 1 5 470p

GNDREF

I 6

2/2 101

DJM-T1 5

0.1u/16

12 1Y

C 2 2 1 4 470p

C 2 2 0 9 470p

C 2 2 0 8 470p

V+3R3REF

0.1u/16

GNDREF

X_COM

5 C 2 2 0 7 470p

C2212

13 3Y

C 2 2 0 6 470p

CH2 MID

C2229 VR2208 DCS1116-A

0.1u/16

GNDREF

C 2 2 1 3 470p

GNDREF

CH2 HI V+3R3REF

C2224 VR2206 DCS1116-A

1 2

GNDREF

FX2 2

0.1u/16

3 AD_AN2_1

0.1u/16

VCC

0Y 2

R2212

STBY

VR2204 DCS1116-A

0.1u/16

V+3R3REF

C2218

TC74HC4052AF IC2202

GNDREF

FX2 3 V+3R3REF

VR2211 DCS1116-A

0.1u/16

GNDREF

V+3R3REF

C2234

C2227 VR2207 DCS1116-A

0.1u/16

V+3R3REF

10.16 PNLL ASSY

LED_SEG3

LED_SEG3 1 5

22k

R3728 R3729

0.1u/16

C3704 Q3710 2SB1689

0.1u/16

GRID5

GRID5 1 2

LED_SEG5

LED_SEG5 1 1

GNDD

GRID6

GRID6 1 0

R3721

R3730

56k

REVERSE_SEG

REVERSE_SEG 9

KEY5

KEY5 8

SLR343EC4T(LMN)-TS (PURE GREEN)

LED_SEG6

LED_SEG6 7

KEY6

KEY6 6

A_MODE_CUE

LED_SEG7

LED_SEG7 5 KEY7

22k

LED_SEG4

LED_SEG4 1 3

CN104

GRID4

GRID4 1 4

H 5/7

GRID3

GRID3 1 6

V+5LED

Q3709 390 LTC143EUB

LED_SEG2

LED_SEG2 1 7

V+5LED

Q3708 2SB1689

R3720

CN3701 VKN1277-A

Q3707 390 LTC143EUB

R3719

V+5LED

C3703

V+5LED

KEY7

R3727

D3712

560

GNDD 3

V+5LED

GNDD 2

LED_SEG4 R 3 7 0 3

LED_SEG7

LED_SEG7 5

Q3703 LSC4081UB(QRS) 68k

6.8k

LED_SEG2

LED_SEG2 6

REVERSE_SEG

REVERSE_SEG 4

C3702

0.1u/16

C3701

100u/16

R3732

Q3705 LSC4081UB(QRS) 68k

6.8k

GNDD

A_ACTIVE(GREEN)

J DJM-T1 2

22 R3749

R3726

220

R3733

102 1

STBY

GNDD

0(JP)

GNDD

Q3716 LSA1576UB(QRS) D3711

LED_SEG6 R 3 7 0 5

0(JP)

2.2k

V+5LED R3731

R3711

V+5LED

0 (JP)

Q3704 LSC4081UB(QRS) Q3723 LSA1576UB(QRS) R3756 R3755

GNDD

6.8k

KEY6

68k

R3734

R3710

LED_SEG5 R 3 7 0 4

KEY6

GNDD 1

220 2.2k

220

V+5LED 2

Q3717 LSA1576UB(QRS) R3744 R3742

R3722

22 R3741 22 R3745

R3724

GNDD

V+5LED

GNDD 3

2.2k

LED_SEG3

LED_SEG3 7

Q3721 LSA1576UB(QRS) R3752 R3751

LED_SEG4

LED_SEG4 8

A_4(G

Q3714 LSA1576UB(QRS) D3709

LED_SEG5

LED_SEG5 9

220

LED_SEG6

LED_SEG6 1 0

A_3(GREEN)

2.2k

Q3702 LSC4081UB(QRS) 68k

R3708

6.8k

KEY7

KEY7 1 1

CN3801

LED_SEG3 R 3 7 0 2

KEY6

KEY6 1 2

Q3718 LSA1576UB(QRS) R3748 R3746

KEY5

KEY5 1 3

220

GRID5

GRID5 1 4

GNDD

GRID6

GRID6 1 5

A_2(G

Q3712 LSA1576UB(QRS) D3707

CN3702 KM200NA15L

Q3701 LSC4081UB(QRS) 68k

6.8k

2.2k

R3701 R3707

LED_SEG2

A_1(GREEN) Q3711 LSA1576UB(QRS) R3737 R3735

GNDD

Q3706 LSC4081UB(QRS) 68k

6.8k

R3712

LED_SEG7 R 3 7 0 6

V+5LED 1

R3709

PNLL ASSY (DWX3262)

22k

0.1u/16

Q3710 2SB1689

R3729

Q3709 390 LTC143EUB

R3728

V+5LED

C3704

V+5LED

R3730 56k

MN)-TS

SLI-343YYW(TUV)-TS (AMBER)

GNDD

E_CUE

A_MODE_SAMPLER

D3712

R3718

D3706

560

A_2(AMBER)

GRID4

A_MODE

A_3

S3701

R3714 D3702

GRID3 R3713 D3701

22 R3743

R3723

A_1(AMBER)

Q3713 LSA1576UB(QRS) D3708

220 2.2k

Q3717 LSA1576UB(QRS) R3744 R3742

R3741

A_2(GREEN)

S3704

DSG1079-A

GNDD

D3713

D3716

1SS352

KEY5

A_1

A_4(AMBER)

S3705

R3716 D3704

DSG1079-A R3715 D3703

STBY

A_4

S3702

A_3(AMBER) 22 R3747

R3725

220 2.2k

Q3715 LSA1576UB(QRS) D3710

Q3721 LSA1576UB(QRS) R3752 R3751

R3745

A_4(GREEN)

DSG1079-A

D3714

D3717

1SS352

KEY6

A_2

GNDD

A_ACTIVE

S3703

S3706

DSG1079-A

D3715

D3718

1SS352

A_ACTIVE(AMBER)

D3719

KEY7

R3757

R3717

STBY

D3705

R3749

Notes NM

is STBY RS1/10SR***J CKSRYB***K CEJQ***M

F F

J 103

DJM-T1 5

10.17 PNLR ASSY V+5LED

C3804 Q3810 2SB1689

22k

R3828 R3829

22k

V+5LED

Q3809 390 LTC143EUB

GRID6

V+5LED

Q3808 2SB1689

R3820

GRID5

Q3807 390 LTC143EUB

R3819

V+5LED

0.1u/16

C3803

B GNDD

R3821

56k

SLI-343YYW(TUV)-TS (AMBER) B_MODE_SAMPLER R3818

D3806

560

R3813 D3801

R3801

Q3801 LSC4081UB(QRS) 68k

6.8k

R3807

C3802

LED_SEG2

0.1u/16

100u/16

C3801

V+5LED

B_2(AMBER)

R3814 D3802

B_1(AMBER)

Q3806 LSC4081UB(QRS) 68k

6.8k

R3806 R3812

LED_SEG7

GNDD

B_4(AMBER)

LED_SEG6

LED_SEG6 1 0

Q3803 LSC4081UB(QRS)

6.8k

R3816 D3804

KEY7 1 1

R3803 68k

LED_SEG4

KEY7

R3809

KEY6

KEY6 1 2

KEY5

KEY5 1 3

LED_SEG5

LED_SEG5 9

LED_SEG4

LED_SEG4 8

LED_SEG3

REVERSE_SEG

REVERSE_SEG 4

Q3804 LSC4081UB(QRS)

B_ACTIVE(AMBER)

V+5LED

GNDD 3 V+5LED 2

D3819

6.8k

R3857

R3804

D3805

LED_SEG5

LED_SEG7

R3817

LED_SEG2

LED_SEG7 5

68k

LED_SEG3 7 LED_SEG2 6

R3815 D3803

GRID5

GRID5 1 4

CN3702

B_3(AMBER)

GRID6

GRID6 1 5

Q3802 LSC4081UB(QRS) 68k

6.8k

R3810

R3802 R3808

LED_SEG3 CN3801 KM200NA15L

Q3805 LSC4081UB(QRS) 68k

6.8k

GNDD

R3805 R3811

LED_SEG6

GNDD 1

Notes NM

is STBY

R3858

CKSRYB***K CEJQ***M

Q3824 LSC4081UB(QRS) 68k

6.8k

R3859

REVERSE_SEG RS1/10SR***J

R3860

D3820

SLI-343U8RC(HJKL)-T (RED)

680

FADER SW INDICATOR

GNDD

K 104

DJM-T1 1

K PNLR ASSY (DWX3263)

C3804 Q3810 2SB1689

22k

R3828 R3829

Q3809 390 LTC143EUB

0.1u/16

V+5LED

B R3830 56k

W(TUV)-TS

SLR343EC4T(LMN)-TS (PURE GREEN)

GNDD

_SAMPLER

B_MODE_CUE

D3806

R3827

D3812

560

22 R3839

R3823

220

Q3813 LSA1576UB(QRS) D3808

B_MODE S3801

D3813

D3816

1SS352

KEY5

22 R3841

R3825

220

DSG1079-A

B_1

Q3815 LSA1576UB(QRS) D3810

S3802

GNDD

S3805

DSG1079-A

D3814

D3817

1SS352

KEY6

22 R3842

R3826 Q3816 LSA1576UB(QRS) D3811

220 2.2k

B_4

DSG1079-A

S3803 Q3823 LSA1576UB(QRS) R3856 R3855

S3804

DSG1079-A

B_2 MBER)

B_3

GNDD

2.2k

GNDD

Q3821 LSA1576UB(QRS) R3852 R3851

22 R3840

R3824

GRID5

B_4(GREEN)

Q3814 LSA1576UB(QRS) D3809

220 2.2k

STBY

GRID6

2.2k

GNDD

Q3817 LSA1576UB(QRS) R3844 R3843

22 R3838

R3822 Q3812 LSA1576UB(QRS) D3807

2.2k

B_2(GREEN)

STBY

B_3(GREEN) Q3818 LSA1576UB(QRS) R3848 R3847

R3816 D3804

B_4(AMBER)

220

B_1(GREEN) Q3811 LSA1576UB(QRS) R3837 R3836

R3814 D3802

B_2(AMBER)

DSG1079-A

B_ACTIVE(GREEN)

B_ACTIVE S3806

DSG1079-A

D3815

D3818

1SS352

KEY7

GNDD

I-343U8RC(HJKL)-TS ED) TOR

K 105

DJM-T1 5

10.18 CHFD1 and CHFD2 ASSYS A

CHFD1 ASSY (DWX3260)

KM200NA3E

1SS352

VR2301 DCV1027-A

GNDREF

6 5 3 2

AD_CH1_FADER

CN106

0.1u/16

H 5/7

C2301

V+3R3REF

D2302

1SS352

D2301

V+3R3REF

GNDREF

CN2301

CH1 BLUE C

M CHFD2 ASSY (DWX3261)

KM200NA3R CN2401

VR2401 DCV1027-A

2 3 5 6

0.1u/16

V+3R3REF

1SS352

C2401

1SS352

CN107

GNDREF AD_CH2_FADER

D2401

H 5/7

D2402

V+3R3REF

GNDREF

CH2 RED NOTES F

CKSRYB***K

L M 106

DJM-T1 1

10.19 CRFD ASSY

N CRFD ASSY (DWX3258)

V+3R3REF 6

CN4001 AKM1274-A

5 VDD

PDN

AOUT

R4003 100

0.1u

C4003

C4002

R4002

0.01u

VSS 3

C4004

1000p

47k

T S T BT E S T A

0.1u

C4001

R4001

IC4001 EM-3242

STBY D4001

0 SR

V+3R3REF

AD_CRS_FADER

GNDREF

H 5/7 CN108 C

GNDREF

Notes NM

is STBY RS1/16SS***J

RS1/10SR***J CKSSYB***K

N 107

DJM-T1 5

10.20 SECONDARY ASSY

SECONDARY

V+15_AC

V+5A_AC2

NC V-15_AC GNDA V+5D_AC1 V+5D_AC2

0.047u

C3204

V-15A

V-15A_UNREG

0.047u

C3206

0.047u

C3207

0.047u C3215

C3208

0.047u

GND_HP 1 2 V-5HP_AC

V-15_AC

0.047u

C3205

(to CHASSIS)

0.047u

V+5HP_AC

GNDA_UNREG GNDA_UNREG

0.047u

C3203

C3219

1000p CH

C3202

C3214

1000p CH

0.047u

V+5A_UNREG

1000p CH

C3209 C3210

0.047u

V+5A

D3205

RB160L-40 ! D3206

KN3202 1

RB160L-40

C3234

V+5A_AC1

C3201

R3201

C3216

AKF7002-A

100u/16

C3220

4700u/16

CN3101

V+15_AC

R3203

C3237

CN3201 B13B-EH

STBY 100u/25

! D3214 1SR154-400

D3208 1SR154-400

V+15A

C3238

POWER

V+15A_UNREG

D3213 1SR154-400

100u/25

C3232

D3207 1SR154-400

2200u/35

C3222

1000p CH

C3233

C3211

1000p CH

2200u/35

(3216)

1000p CH

GNDF

R3202 0

GND5A

GNDA_UNREG !

STBY

D3201 1SR154-400

D3209 1SR154-400

V+5D_UNREG

KN3201

GNDA_UNREG (to CHASSIS)

C3231

1000p CH

0.01u

KN3203 1

0.1u

C3228

! D3210 1SR154-400

C3225

! D3202 1SR154-400

C3221

GNDA_UNREG

2200u/25

AKF7002-A

GNDD

D !

C3212

C3217

1000p CH

D3203

1SR154-400

D3211

1SR154-400

V+5HP STBY

NM NM

C3229 C3230

C3227

1000u/16

C3223

C3218

1000p CH

1000u/16

C3213

1000p CH

C3226

! D3212

1SR154-400

C3224

! D3204

1SR154-400

GNDHP

V-5HP

O 108

DJM-T1 1

GNDA

O SECONDARY ASSY (DWR1503)

V+5HP V+15A

CN3202 KM200NA7 7

V+15A

GNDA

V-15A

GNDA

V+5HP

GNDHP

V-5HP

A 2/2

CN3605

POWER DOWN V-5HP V-15A V+15_AC

V-15_AC

GNDHPGNDA

V+15A_UNREG

D3216

JH3201 51048-1000

1SS352

D3215

1SS352

V+5D_UNREG V+15A V+5A

POWER_DOWN

R3214

22k

R3215

10C

Q3205 LSC4081UB(QRS)

R3218

1SS352

1u/50

10k

C3235

POWER_DOWN R3220

D3217

100k

R3210

R3209

V+5AU_DOWN

POWER_DOWN GNDD

V+5DUNREG

GNDD

V+5A

GND5A

V-15A

GNDA

V+15A

V+5AU_DOWN

H 5/7 CN112

GNDD

22k

IC3202

GNDD GND5A GNDA

V+5A_UNREG 5

VOUT

R3222

10D

15k

R3221

0.01u

C3239

V-15A

V+5AU_DOWN

V+5A_UNREG

NC2

V+5A

VDD 3

4 VSS

V+15A_UNREG

NC1

V+15A

PST3228

CN3203 52147-1010

GNDA_UNREG V-15A

V-15A_UNREG

V+15A

GNDA

V+15A_UNREG

V+5A

GND5A

GNDA_UNREG

V+5A_UNREG

S JH3401

GNDA

V-15A_UNREG V-15A

GNDA_UNREG GND5A

Notes NM

is STBY RS1/10SR***J

(3216) RN CH

RS1/4SA0R0J RN1/16SE****D CCSRCH***J

CKSRYB***K

CEANP CEAT

109

DJM-T1 5

10.21 TRANS ASSY

TRANS

! T3101 Pri 0V

JP3102

FOR SYXJ8, UXJCB, KXJ5, XJCN5

JP3101 16

JP3102

VIOLET

(DKP3847-) NEUTRAL

VIOLET

110 120V BROWN

C 12

LIVE

220 BLUE

BLUE

240V

2 11

FOR LXJ

JP3101

(DKP3924-) NEUTRAL

VIOLET

110V~120V

BROWN

220V~240V

BLUE

SYXJ8 KXJ5 XJCN5 UXJCB LXJ

CN3004 (SYXJ8, UXJCB, KXJ5, XJCN5) CN3003 (LXJ)

TRANS

JP3101

JP3102

DTT1225

NO USE

DKP3847

DTT1226 DTT1225

NO USE DKP3924

DKP3847 NO USE

P 110

DJM-T1 1

TRANS ASSY (SYXJ8, KXJ5, XJCN5: DWR1500) (UXJCB: DWR1501) (LXJ: DWR1505)

CN3101 B13B-EH

20 P3101

AEK7011-A-T

P3103 1

AEK7011-A-T

V+15_AC

V+5A_AC1

V+5A_AC2

V-15_AC

GNDA

V+5D_AC1

V+5D_AC2

16 P3102

AEK7008-A-T 14 13

V+5HP_AC

GND_HP

V-5HP_AC

O CN3201 C

CAUTION : FOR CONTINUED PROTECTION AGAINST RISK OF FIRE. REPLACE ONLY WITH SAME TYPE NO. AEK7011 (49101.5PAR) (1.5 A) MFD. BY LITTELFUSE INC. FOR P3101 and P3103.

N5)

CAUTION : FOR CONTINUED PROTECTION AGAINST RISK OF FIRE. REPLACE ONLY WITH SAME TYPE NO. AEK7008 (491.800PAR) (800 mA) MFD. BY LITTELFUSE INC. FOR P3102.

P 111

DJM-T1 5

10.22 PRIMARY and ACSW ASSYS

PRIMARY

• NOTE FOR FUSE REPLACEMENT CAUTION - FOR CONTINUED PROTECTION AGAINST RISK OF FIRE, REPLACE WITH SAME TYPE NO. AEK1051 (218.500) (500 mA) MFD. BY LITTELFUSE FOR FU1901.

(NOTE-2) AC INLET

(NOTE-1) POWER CORD

AC IN

CN3001 RKP1751-A

NEUTRAL LIVE

! !

C3001 ACE7027-A

C3003 ACG7030-A

L3001 DTL1131-A

1 2 H3002 AKR1004-A

H3001 AKR1004-A

! FU1901 T 500mA L 250V J3009 [U] [SY][CN][K]

(NOTE-3)

ASSY R ACSW (DWS1435)

STBY

S3001 AKX7020

RY3001 ASR7029-A

S3301 DSA1037-A

J3007 [U] [SY][CN][K]

1 2 4

D3002 1SS352

STBY R3001

VIOLET

NM Q3001 2SD1859X(PQ)

! D3001

STBY R3003

GNDD

R3005 R3004

1SS302

GNDD

(NOTE-1)

(NOTE-2)

(NOTE-3)

(NOTE-4)

(NOTE-5)

(NOTE-6)

POWER CORD

AC INLET

FU1901

S3001

SUB TRANS

CN3003

CN3004

SYXJ8

ADG7062

DKP3916

AEK1051

NO USE

DTT1245

NO USE

B2P3-VH

UXJCB

DDG1108

DKP3915

AEK1051

NO USE

DTT1255

NO USE

B2P3-VH

LXJ

ADG7062

DKP3916

AEK1051

AKX7020

DTT1242

B3P5-VH

NO USE

KXJ5

ADG7115

DKP3916

AEK1051

NO USE

DTT1245

NO USE

B2P3-VH

XJCN5

ADG7105

DKP3916

AEK1051

NO USE

DTT1245

NO USE

B2P3-VH

Q R 112

DJM-T1 1

JP3301 DKP3847-A

BLUE

AC220V-240V

R3002

3300p

C3301 ACG7030-A

C3002

V+D_UNREG

CN3002 B2P3-VH 5

AC110V-

Q PRIMARY ASSY

(SYXJ8, KXJ5, XJCN5: DWR1496) (UXJCB: DWR1498) (LXJ: DWR1497)

(NOTE-5) !

T3001

11 1

D3005 1SR154-400

D3003 1SR154-400

10 9

V+D_UNREG

STBY P3001 1

JP3001 PF03PG-Q07

2 NM

C3007

D3006 1SR154-400

0.01u

C3005

0.047u

C3004

(NOTE-4) LXJ ONLY

D3004 1SR154-400

C3006

2200u/25

J3009 [U] [SY][CN][K]

V+D_UNREG

7 1

GNDD RELAY_CONT

H 5/7 CN111 C

GNDD GNDF

S3001 AKX7020-A

(NOTE-6) J3007 [U] [SY][CN][K]

C220V-240V

CN3003 B3P5-VH

AC110V-120V

FOR LXJ !

220

240V

110

120V

NEUTRAL

JP3101

3001 SD1859X(PQ)

LIVE

NEUTRAL

FOR SYXJ8, UXJCB, KXJ5, XJCN5

CN3004

B2P3-VH

JP3102

STBY

Q 113

DJM-T1 5

10.23 REG ASSY

REG ASSY (DWR1504)

REG !

V+15A

IC3401 BA15T OUT 1 VCC 3 GND

D3401

RB501V-40

C3414

0.01u

C3411

C3408

0.1u

C3404

0.01u

C3401

STBY

1000p CH

V+15A_UNREG

V+15A_UNREG V+15A V+5A

D3402

RB501V-40

1000p CH

C3415

0.01u

C3412

0.1u

C3409

3 2

! V-15A_UNREG

COM OUT1 IN IC3403 NJM7915FA

V+5A_UNREG

V-15A

GNDA_UNREG

GND5A

V+5A

V+15A_UNREG

GNDA

V+15A

V-15A_UNREG

V-15A

O CN3203

GNDA GND5A

V-15A_UNREG

GNDA_UNREG

C3416

0.01u

C3413

0.1u

C3410

2.2u SQ

C3407

0.1u

C3406

C3403

V+5A_UNREG

2 0.01u

GNDA_UNREG

V+5A

IC3402 NJM7805FA IN 1 OUT 3 GND

JH3401 51048-1000

1000p CH

GNDA

C3405

GNDA_UNREG

0.01u

C3402

V+5A_UNREG

GND5A

Notes NM

is STBY

CCSRCH***J

CKSQYB***K

F F

CKSRYB***K

S 114

DJM-T1 1

10.24 WAVEFORMS A

Setting TRIM, MASTER LEVEL, BOOTH LEVEL, CF FADER: MAX other VRs (included HP_LEVEL): center MASTER_ATT: 0dB CROSS F. CURVE: "THRU" CD input signal, AUX input signal: 0dB Phono input signal, MIC input signal: –40dB signal

Input terminal

CD1_L: JA3501-pin 1 (INPUT Assy) CD1_R: JA3501-pin 2 (INPUT Assy) CD2_L: JA3502-pin 1 (INPUT Assy) CD2_R: JA3502-pin 3 (INPUT Assy) AUX_L: JA2502-pin 1 (MCJK Assy) AUX_R: JA2501-pin 3 (MCJK Assy)

Input terminal

PHONO1_L: JA3501-pin 4 (INPUT Assy) PHONO1_R: JA3501-pin 5 (INPUT Assy) PHONO2_L: JA3502-pin 4 (INPUT Assy) PHONO2_R: JA3502-pin 5 (INPUT Assy) MIC: JA2501-pin 2 (MCJK Assy)

ADC input

CD1_L: D105 (OUTPUT Assy) CD1_R: D103 (OUTPUT Assy) CD2_L: D111 (OUTPUT Assy) CD2_R: D109 (OUTPUT Assy) AUX_L: D114 (OUTPUT Assy) AUX_R: D113 (OUTPUT Assy)

ADC output

CH1_DATA: R248 (OUTPUT Assy) CH2_DATA: R288 (OUTPUT Assy) AUX_DATA: R299 (OUTPUT Assy)

AD_48K

TP (OUTPUT Assy)

AD_6R144M

TP (OUTPUT Assy)

Audio_CLK

TP (OUTPUT Assy)

AD_RESET

TP (OUTPUT Assy)

DA_RESET

TP (OUTPUT Assy)

ACLK_OUT

TP (OUTPUT Assy)

DA12R128M

TP (OUTPUT Assy)

DA48K

TP (OUTPUT Assy)

DAC input

TP (OUTPUT Assy)

DAC output (MASTER)

MASTER_L-: R357 (OUTPUT Assy) MASTER_L+: R358 (OUTPUT Assy) MASTER_R-: R361 (OUTPUT Assy) MASTER_R+: R362 (OUTPUT Assy)

MASTER1/BOOTH output

MASTER2 output

MAS1_L: JA102-pin 2/pin 3 (OUTPUT Assy) MASTER2_L: JA104-pin 3 (OUTPUT Assy) MAS1_R: JA103-pin 2/pin 3 (OUTPUT Assy) MASTER2_R: JA104-pin 1 (OUTPUT Assy) BOOTH_L: JA105-pin 2/pin 3 (OUTPUT Assy) BOOTH_R: JA106-pin 2/pin 3 (OUTPUT Assy)

115

DJM-T1 5

DAC output (HP)

HP_L: CN3603-pin 4 (INPUT Assy) HP_R: CN3603-pin 2 (INPUT Assy)

HP output

HP_L: CN2701-pin 1 (HPJK Assy) HP_R: CN2701-pin 3 (HPJK Assy)

Input switch control signal (CD)

CH1CD_L: IC3503-pin 1 (INPUT Assy) CH2CD_L: IC3505-pin 1 (INPUT Assy) AUX: IC2502-pin 1 (MCJK Assy)

Input switch control signal (phono)

CH1CD_L: IC3503-pin 1 (INPUT Assy) CH2CD_L: IC3505-pin 1 (INPUT Assy) AUX: IC2502-pin 1 (MCJK Assy)

MUTE control signal (mute_off)

MAS1_L: Q128, Q129 (Base terminal) MAS1_R: Q130, Q131 (Base terminal) MAS2: Q126, Q127 (Base terminal)

MUTE control signal (mute_on)

MAS1_L: Q128, Q129 (Base terminal) MAS1_R: Q130, Q131 (Base terminal) MAS2: Q126, Q127 (Base terminal)

116

DJM-T1 1

117

DJM-T1 5

11. PCB CONNECTION DIAGRAM 11.1 INPUT and HPJK ASSYS A

SIDE A

A INPUT ASSY NOTE FOR PCB DIAGRAMS : 1. The parts mounted on this PCB include all necessary parts for several destinations. For further information for respective destinations, be sure to check with the schematic diagram.

C3602

J3569 V-15A

2. View point of PCB diagrams. Connector Capacitor

JA3501

CD CH1 PHONO

J3508 V+15A

C3609

C3610

SIDE A

J3565 V-15A J3581

V+15A

Q3611

Q3612 E

J3503 J3595

C3614

V+15A

J3555 V+5HP

J3586

V-15A

GNDIN V-15A

Q3610

J3537 J3525

GNDOUT

J3584

C3617

J3520

Q3609

C3546

GNDOUT J3596

C3545

C3579

J3515

C3561

Chip Part

V+15A J3504

SIDE B

C3575

P.C.Board

J3510

C3526

C3601

J3524

J3507

V+5HP

R3623

R3624

J3566 J3505 J3578

J3556

CN2504

CN3605

CN2801

A B 118

DJM-T1 1

V-15A V+15A

J3553 J3546

GNDA V-15A 491.4

C3634

CN3505

J3564

491.400PAR (*) P3602 C3635 C3636

CN3604

CN3602

J3529

MARKED.MFD.BY LITTELFUSE INC.(*)

C3637 CN3604

J3550 GNDMIC

CN3602 1

CN3501 11 J3551 GNDIN J3558

V-5HP

CAUTION REPLACE IC LINKS AS

C3627

C3626 JA2701

J3570

JP3601

J2701

HPJK

GNDA

(DNP2643-B)

CN2701

J3502 V+15A J3552 GNDA J3579 V-15A

DWX3267-

GNDHP

KN2701 C2703

CN2701 3 1

1.HP_L_OUT 2.GNDHP 3.HP_R_OUT

[[ G ]] C7

J3531

C3625

C3567

B HPJK ASSY

C3620

CN3604

CN3202

GNDREF J3541 CN3601

C3570 J3573 V+15A

7 1

CN3601

CN109

J3514

COMME INDIQUE. DE CHEZ LITTELFUSE INC.(*) J3523 J3568 J3543 GNDIN J3571 GNDOUT GNDIN CN3603 1 10 CONTACT SIDE20 UP

J3580 GNDMIC

CONTACT SIDE UP

E P3602

P3601

GNDIN 30 31

(DNP2644-B)

CN3603

CN2901

1 J3547 GNDIN

V+15A

C3568

J3529

C3569

J3585 J3574 J3512 GNDIN J3528

C3578

J3560

V-15A

J3511

C3564

J3533 GNDIN

J3518 GNDIN

J3567 GNDA J3527 V+15A

(*) P3601

C3532

C3548

J3534 V-15A J3562 GNDIN J3591

C3576

J3539

V-15A

C3563

Q3609-Q3612

CN3502 11

J3524

J3536 GNDIN J3554

C3561

C3575

V 15A J3578 J3558

C3571 J3516 V-15A

J3526 V-15A

J3576 J3517 J3592

CN3202

C3560

J3532 J3588 GNDREF J3509 V+3R3REF

J3538 J3583 J3593

ATTENTION REMPLACER LE IC LINK

C3634

CN3604

J3506

C3559

491.400PAR

AR 3602 C3635

C3580 J3590 GNDIN

V+15A

J3582

C3562

J3563

C3547

J3545

C3556

GNDA

V+15A

C3581

V+15A

GNDA V-15A

J3589

V+15A

CN3502

J3548 J3513 J3594 J3540 GNDIN J3542 V-15A

J3553 J3546

J3519 J3549

J3577

V-15A

J3564

V-15A

J3557

C3582

C3567

J3544

V-15A

J3521 V+15A V+15A V+15A

J3586

J3575

V+15A

C3546

CD CH2 PHONO

GNDIN

J3561

C3545

JA3502

C3530

J3535

V+15A J3504

CN110

A 119

DJM-T1 5

C3528

V-15A

J3510

C3553

HONO

[[ G ]] C7

INPUT DWX3282-

SIDE A

SIDE B A

A INPUT ASSY

Q3601

V+15A

5 1

R3580 R3579 C3574

R35

R3596 R3644

R3557

R3647 R3560

IC3508

GNDIN R3663

C3577

GNDIN

V+15A

R3559

V+15A

IC3508

R3659

GNDIN

V+3R3REF R3646

V-15A

C3566

R3582 R3645 R3558 R3649 R3658

V-15A

CN3502

R3581

R3652 R3629 R3589 R3590

IC3507

R3585 R3586 R3598

R3648 R3656

C3572 R3657

R3650

R3660 C3573 R3662 R3661 GNDIN GNDIN

GNDOUT

GNDMIC

CN3603

C3629

C3628

CN3601

A DJM-T1 3

V+15A GNDA V-15A

GNDREF

GNDIN

R3633

R3634 R3563 R3630

R3564 R3653

GNDREF

R3651

R3561

V-15A

V-15A GNDA V+15A

R3636 R3567 R3568

120

R3549

IC3504

V-15A R3555 R3592 Q3510 GNDIN

GNDIN

R3597 R3584 R3635 R3565 R3583 R3566

R3556 C3558

GNDIN

IC3507

C3549

R3654

R3631

GNDIN V-15A

IC3505

R359

C3550

GNDIN R3655

Q3509

Q3510

R3553 R3554

GNDA

C3515 R3551 C3557 R3591

C3552 V-15A R3594 R3632

R3577 C3537 R3502 R3514 R3510

R3626 R3550 V+15A

C3551

IC3506

IC3503

Q3509 IC3505

R3504

IC3504

R3544 GNDIN R3628 R3552 R3536 R3532 R3527 R3547 C3543 R3593

V+15A

R3543 C3535 R3503 R3627 R3531 R3525 R3515 R3511 V+15A

R3578 R3512 R3546 C3542 C3516 R3516

R3548 C3544

C3514

R3540

Q3604

C3536

V+15A

C3539 Q3603

C3538

1 1

Q3504 R3528

C3506 C3510 R3518

Q3501 IC3602 Q3602

IC3502

Q3503

R3538 R3526 C3529 Q3507 C3523 C3519 R3535 Q3503 R3539 V+15A V+15A V+15A

Q3504 Q3502

R3506

V-15A

C3520

Q3507

R3574 R3573

C3524 C3531

C3540

C3512

C3503

Q3508

R3508 R3520

C3527 Q3506 C3522 C3518 R3534 R3530 Q3502 R3523 R3524 R3545 R3542 C3541 C3534 R3572 V-15A R3571

IC3501

IC3501 Q3505

R3507 C3511 R3519

A B C

Q3508 Q3506 IC3502

C3504

C3507

INPUT DWX3282-

V-15A

0 1 2 3 4 5 6 7 8 9

R3575 R3576

0 1 0 1 2 3 0 1

C3508 IC3601

ADD SOLDER

CN3604

SIDE B A

ADD SOLDER

C3603 R3605 C3605 R3603

IC3601

27 2 34 30 23 5 41 R3572

C3604 R3606 C3606

R3625

C3510 R3518

IC3501

C3538

C3506

R3506

C3608 R3602 R3601 V-15A C3639 C3638 R3642 C3505 R3640 R3641 R3505 C3502 C3501 R3639 C3509 R3604 R3517 R3569 V+15A C3607 R3643 R3570 R3609 R3522 R3610 R3611 C3616 C3525 Q3505 V-15A R3607 IC3602 C3521 R3612 R3533 C3517 R3608 C3612 R3537 C3613 R3613 R3614 Q3602 Q3501 Q3601 V+15A R3541 C3533 R3619 C3619 R3620 Q3603 R3616 R3529 R3617 R3521 GNDOUT R3509 R3501 Q3604 C3615 V+15A C3611 R3513 R3622 GNDOUT C3618 C3513 R3615 R3621 C3554 R3618 1

V+15A

R3548 C3544 R3599

R3502

R3577 C3537

R3510 1

R3549

C3549

R3633

IC3504

C3555

R3561

R3587 IC3503 R3588

C3624

C3623

C3621 C3622

R3562

V-15A

R3580 R3579

V+5HP

R3595

R3596

V-5HP

C3574

V+5HP

V-15A

V+15A GNDIN V-15A

3652 R3629 R3589 R3590

R3644

R3557

C3565

2 R3657

GNDIN

IC3507 R3648 R3656

B HPJK ASSY

CN3602

D2701

CN3604

C2702

R2701

CN3505

R3637

R2702 GNDHP

CN3604

R3638

C2701

GNDMIC

C3633

R2703

C3632

C3630

ADD SOLDER

GNDA

C3631 C3629

DWX3267HPJK LF

V+15A GNDA V-15A

(DNP2643-B)

(DNP2644-B)

CN2701

A B 121

DJM-T1 5

11.2 TRM1 and TRM2 ASSYS SIDE A

SIDE A

C TRM1 ASSY

D TRM2 ASSY

VR2901

502_NON

VR2801

CN2801

R2903 R2904 R2901

CN2901 10

R2803 R2804 R2801

TRM2 DWX3269[[ G ]] A30C5/C7 R2902

502_NON

CN2801

CN2901 (DNP2642-B)

TRM1 DWX3268[[ G ]] A30C5/C7 R2802

(DNP2642-B)

CN3501

CN3502

SIDE B

C TRM1 ASSY

D TRM2 ASSY CN2801

CN2901

LF 1

C2901

TRM2 DWX3269-

C2801

TRM1 DWX3268-

(DNP2642-B)

C D 122

DJM-T1 1

11.3 FDSW ASSY SIDE A

SIDE A A

FDSW ASSY DWX3266-

FDSW

S2602 CN2601

CN2502

J2601

GNDS3

CN2601

J2602 FDSW_CURVE S2601

1 5

(DNP2643-B)

SIDE B

FDSW ASSY

ADD SOLDER CN2601

[[ G ]] C7 LF

FDSW

DWX3266(DNP2643-B)

E 123

DJM-T1 5

11.4 MCJK ASSY SIDE A

A MCJK ASSY C2527

DWX3265MCJK

JA2501

CN2504

CONTACT SIDE

CN2504

1 1

C2524

CN2503

J2501 J2515

C2525

J2505

H CN105

V-15A GNDA

C2517

CN2503

SIDE A

CN3604

J2502 GNDS3

J2513 J2516 GNDS3

C2516

J2512 4

J2508 V+15A 1

CN2502

J2522

CN2501 CONTACT SIDE

CN2601

[[ G ]] C7

J2523 V+15A

J2504 GNDS3

V-15A C2520

C2521

C2526

J2521 GNDA

J2506 J2509 J2503

J2520 J2511 V-15A J2514 V+15A

V+15A

J2519

J2518

CN2502

C2513

J2517 JA2502

(DNP2643-B)

CN2501

G CN1901

SIDE B

MCJK ASSY

CN2501

GNDA R2520 R2523 Q2503

R2522 17

R2521

R2517 C2502

V+15A V+15A C2518

C2523

GNDS3

V-15A

V+15A

C2501 R2504 R2501

5 1

C2514 V+15A

IC2502

C2522 C2515

Q2502 C2511 IC2501 GNDS3

R2511

C2505 R2512 C2503 R2514

R2510 R2513 Q2501 GNDS3

R2515 C2512 R2524 C2519

C2510

C2507 R2505 R2503

R2526

R2525 D2502 D2501 D2504 D2503

R2507 R2508 C2509 R2509

C2506 R2516 R2502 C2504

DWX3265MCJK

CN2503

C2508 R2506

V-15A 4

Q2502

GNDA

IC2501

IC2503

IC2502

L2502 L2501

V-15A

R2528

Q2501

IC2503

CN2502

D2505

Q2503

CN2504

124

(DNP2643-B)

DJM-T1 1

11.5 MCVR ASSY SIDE A

SIDE A A

CN2501

G MCVR ASSY

CN1901 5

MCVR DWX3264B

VR1901

5 5

LOW

C1913

VR1903

VR1902

C1912 R1912 R1908 C1910

C1918 IC1902

C1914

C1916

C1906

C1909

R1911 R1907 R1904

MIC TRIM

[[ G ]] A30C5/C7

S1901 5

C1902 R1902

R1903

CN1901

C1903

C1911

C1917

C1915

C1905

IC1901 1

C1904 R1901

C1901

R1905 R1906 (DNP2642-B)

IC1901

IC1902

SIDE B

G MCVR ASSY R1910

R1913 C1907 R1909

DWX3264MCVR R1918

C1908 R1914

R1916 R1917 R1919

17.V-15A 16.GNDA 15.V+15A 14.GNDA

9.MIC_L_PRE

13.MIC_R_PRE 12.GNDS3 11.GNDS3 10.GNDS3

8.MIC_SEL_IN 7.GNDS3 6.AUX_SEL 5.MIC_R

4.GNDMIC 3.GNDMIC 2.MIC_L 1.GNDMIC C1919

17 1 16

C1920 R1915

CN1901

(DNP2642-B)

G 125

DJM-T1 5

R297

V+3R3A

1 1

R261

R240

C291

C298 R284

C301 C300 C305 C303

10 20 10

15 10

1 1

185

190

195

1 200

1 205

210

215

220

1 225

230 1

5 1

235

10 240

15 55

1 5

45 1

R244

C258

R335

C502 C501 R540

R541

R473 C468

R212 R211

IC117 C288 R273

R271 C286

IC116

C285 R270

C471

C312 R293

C473

C598

C243

C237

C277

C283

LF [[ G ]] A30C5/C7

BOOTH_R

C469

R294

R258 R257

R253 R254

R252 R251

R232 C247

R213 R214

IC111 C248 R233

R218 R217

R231 C246

C363

CN111

V+5D_UNREG

R326

C362

IC125

C357

C311

R255 R256

BOOTH_L

R216

CN110

IC110

R272 C287

C245 R230

C359

R238

C244 R539 2

R321

Q107E

CN112

R328

CN106

CN102

25 5

CN2503

CN105

CN108

CN107

CN2001

CN2301

C325 R299 C318

C290 IC118

C142 R274

R286

IC123

C293 C297 C299 C296 IC120 14 C308 R290

C310

C256

R288 C307

IC114 C268

C253 R207 C257 C259

C642 C217 C616 C621

C251 C261 D104 R246 C235 1 R221

C500

V+5A R347

IC112 C250 IC131

D128

IC126

D129 R617

R327

C322 C321

ACLK_OUT C647 C648 C649 C650 C651 C640 C227 C226 C619

X103 R198 R195

CN104

48 45

IC106 5 R208 C218 5 1

IC105

C267

C269 R235

CN109

DA_48K C320

DA_12R288M

R101

R564 R134 R135 R138

R300 R289 R287 R247 R249

IC115 R250 C638 C639 C576

IC122

C626 C375 C389 V+5D

6 7 CN109

CN112

C632

R102

C539 C540 C541

C189 C618

E R139 R141 R137 R142 Q101 R144 R145

R151

C617

AD_6R144M C260 C265 C263

AD_48K

C149

R348 Q103 C397 R344 L104

C383 C385 C387 C605

C374

C603 C604

V+3R3D

CN111

KN101 1

C546 R106

110

C512

R339

105

R196

R350

R336 C376 C378 IC128

M CN2401

C222 C221

R203

100

R586

115 120 120

R157

R197 C608

R174 R176 R175 R160 R161 R191 R193 R192 R170 R171

Detect FLAG

L103

C348

V+1R2D KN104 1 2 1

CN3601

R202

C606 C607

R108

IC101

C150

CN107 C347

O JH3201

C137 C228 R210 R107 R109

R110

R111

R112

R169

C194

X102

CN102

V+5LED

CN104

CN108 3

Q JP3001

C569 F102

C229 R209 R113

240

R165 R173

25 25 C338

C340

C346

CN4001

R114

C102

C334 R571

17 16

V+3R3REF

C349

R130

1 C526

R576

C127 C128 D127

CN106

1 3

R484 C503

R482 R480

C578

CN3701

IC108

C119 C120 R123 R125

C170 C171

R178 C597

C345 C527

C628

IC130

R126 R127

C162 X101

SDRAM_CLK C596 R148 R149

C169 R154 IC103

CPU_RES

R579 R578 R570 C343 C344 IC124

R568

R567 C337 C336 C205

KN102

CN105 1 2

DJM-T1

126

CN3603

R292

5 6

CN110

C274

R47 R542

V-15A

R583 C573

C233

R556

C272

R474 R476

V+15A

C515

C350

R291

R243 R242 R229

C234

R227

C271

C273

R282

R283 R269

R267

R215

R276 R277 R266

C281 C279 C241 C239

C313 C278 C238

R228

R236 R237 C232 R226

R314

C231

D115 C355

C365 C624 C625

D109 D110 D106 D103

C391 C390

R475 R477 R R

R319 R318 C360 C351

L102

R268

C316 C C R278 R279

R281 C315 D112 D111 C280 R280

R239

C275

R241 C240 D105 C379 R316 C364

R324 R325

R296 C242 R220

10 1 16 15

8 5 1

C295 C294 C306 C302

C255 C254 C266 8

8 10 1 16 15

C262

5 1 1 1

R346 R345 1 1

IC127 C366 C367

C304

10 1 16 15

R234

C284 R622

R343

C396 C395

IC129 C356 C373 C372

C249 C236 R337 Q111

C327 C331 C289 R260 C282 C276 R298 C319 C270

C595

C635 R275 C309 C143 5

IC121

C324 C323 1

R206 R205

R338 R342 C568

R200

R303 C333 C214 C219 C615 C620 R248 C145

R199 7

IC107 C144

R349 D116

C644 Q112

R201

C264

Q110 R340 R341 C382 C381 C380

C525

DA_RES

C332

C328

Audio_CLK E

C377

C369 C370 C371 C384

C514

C141

R543 C330 C326 7 7

Q102

AD_RES

C646 R302

R150 C575 C203 C643 IC102 IC104 C511 C510

C504 C139

R128 C645

C542 C543 C544 C545

MARKED.MFD. BY LITTELFUSE INC.(*)

175

1 R104

R131

CAUTION REPLACE IC LINKS AS 1 R105 C538 180 180 170 160 155 150 145 140 135 130 125

R580 R581 C213 R187 C215 R188 C216 R190

ATTENTION REMPLACER LE IC LINK C201

165

COMME INDIQUE. DE CHEZ LITTELFUSE INC.(*)

C557 C556 C555 C554 C553 C552 C551 C549 C548 C547 L105 R179 R181 R182 R184 R185 C394

C208 C209 C210 C211 C212

R172

C223 R115 R611 R614 R613 R612 R610

R566

C224 F101

C550

R167 R166 R164 R168

R136 R143 R305 R306 R307 R616 C151 R308 C529 C528 C386 C577 R310 R189 C388 R565

C392 C393

C186

C225 C101 R124 R140

1 60

R162

R152

C138 R118 R116 1

R129 26

R132 R146 C167 5

R569 R577

C341 C342

C192 CN103 C339 C601 R186 C199 R180 C197 R177 C202 R183 C519 R103 KN103

27 25 15 5 1

20 10

2 1

CN2002

I SIDE A

4 3 2 1

11.6 OUTPUT ASSY A

CN103

SIDE A A

H OUTPUT ASSY C572 R582

VA103 VA101 R544 C584 C207 C583 R194 R545 C614

C611 C610 C612

1 5

Q126

C416 IC133

C422 IC133

1 5 10

CAUTION

S101

REPLACE IC LINKS AS MARKED.MFD. BY KOA CORPORATION. (#)

Q110 IC128

1 5 1 5

JA102

IC123 P101

Q129

Q103

C464 Q128

R439 R440

C530

IC134 IC121

C467

Q131

C533 R446

C588 C439

IC129 IC131 IC127 IC126

(#) P104 CCP2E10HTTE

R436

P103

IC105 IC106 IC107

IC115

R429 C438

IC132

Q111

C449 C448

R441

C431

C585

IC134

C446

R411 C427 R412

IC104 IC102 Q112

C465 Q129

R442

(#) P103 CCP2E10HTTE C531

Q107 Q102

R426

R433 C424 C432 R405 R423 R424

P102

C462

REMPLACER LE IC LINK COMME INDIQUE. DE CHEZ KOA CORPORATION. (#)

C420

R434

ATTENTION

C421

R463

R383

C415 IC132

R392 C409 C417

Q128

IC118

IC120 IC114 IC112

P104

IC122

R445

C466

IC116 IC110 IC111

C532

C496

C534

JA105

R506 R505

C592 C484

IC125

C498

C492 C493

R510

C486

C594

C593

C487

1 5

C474

R501

C499 C537

JA106

R511 R512

IC139

R504 R503

IC139

C535 C536

R554 5

R492 C582 R491 R502 C481

IC137 IC138

C497

R509 R508

C479

R498 R497 C480 R500

C490 C491

R507

C475

C473

NJM4580DD

R495 C483

C591

IC138 R553

IC137

NJM4580DD

IC117

JA103

C472

C471

C476

C469

R488

R494

C580 R487 R496 R489 R499 C581 R490

R484 C503

Q107

Q130

R443 R444

C435

R552 R485 R493 R486 C579 C478

C482

IC135 Q130

C426 C437 R435 R409 R427 R428

C489

C485

C436

C587

IC135

R551 NJM2114D R410

Q131

C451 C450

20 10

R464

JA104 C463

IC101

R430

R483

R478 R542

R385

C400 R369

Q126

C452

R389 C406 R390

R550

C488

C470

R473 C468

R474 R476

C477

R475 R477 R479 R481

JA101

VA102

Q127 C453

C441 C589

C586 C434

C430

MASTER1_R

R297

BOOTH_R

C312 R293

LF 482 480

BOOTH_L

R255 R256

C311 R292

C313 R541

R272 C287 C273

V+3R3A

C316 C317 C314

C502 C501 R540

R268

C445

MASTER1_L

C329

C325 R299 C318

281 C315 80 280

C402 R373

R381

R261

R387

C290

R549 NJM2114D

R406

IC122 1

IC136

C398 R365

IC123

(*) P101 491.400PAR

C327 C331 C289 R260 C282 C276 R298 C319

R296

R366 R382 R358 R374 R357

R407 R425 R408 C425 C433

C595

IC136

IC130

R395 C412 R396 R391 C408

C407

C578

Q127

C423

R548

C399

R367

48 45

C328

303 C333

1 16 15

C405 R379

R375 C403 R359 R360 R376 C414 R368 R384

R543 C330 C326

C525

R372 R388 R364 R380 R363

C418

R393 C410

C401

C332

IC108 IC109

R546

R418 R589 R588 R437

R371

C504

C440

IC124 IC103

R377 C404 R394 R378 C411 R386 C419

R361 R362 R370

C413

(*) P102 491.400PAR

C632

C139

R590 R591 R438 R420

C633

KN101 1

MARKED.MFD. BY LITTELFUSE INC.(*)

C447

MASTER2_R

COMME INDIQUE. DE CHEZ LITTELFUSE INC.(*)

CAUTION REPLACE IC LINKS AS

C590 C444

R547

C230

C570

ATTENTION REMPLACER LE IC LINK

MASTER2_L

R202

C222 C221

R203

L101

CN101 R121 C135 R119 R120 R122 C571

DWX3257OUTPUT

C223 1

10 R117

C569 F102

C224

R604

C136

R204

IC109

R147 C220

IC108 C225

IC140 C613 C609 C627

R156

R602

(DNP2642-B)

127

DJM-T1 5

SIDE B A

Q141 Q140

C641 R619

DWX3257OUTPUT

V+3R3D GNDD RESET TDI TMS ASEBRK TDO TRST TCK XASMED

H OUTPUT ASSY

1 R163

C599 C574

C153

C505

Q125 R448

R452

R597

Q124

R447

R451

R596

Q125

Q124

D144

R402 R401 C523

D143

0 1 2 3 4 5 6 7 8 9

A B C

C522

R398 R397 C521

D108

D114

Q119 E

Q123

R413

R416 R415 E

R595

Q118

D137

R457

R594

R259

D113

R458

Q122

IC113 IC119

C456 R449 R450 C457

D117 R454

D138 Q118

C636

Q116

R453 R562

Q105 Q114

R455

Q119

ADD SOLDER

Q123

C634

R304

R414

Q113 Q115

D135

Q116

Q117

R593 R456 R592

D136

Q121

Q117

Q104 Q120

R301 R620

Q120

Q121

R584

R399 R400

Q122

Q109 Q106

C524

0 1 0 1 2 3 0 1

Q108

R403 R404

R264 R295

C564

D126 R598

Q145

Q134

Q146

E E

Q138

D142

Q146

R585

R608 R609

Q147

Q135

Q139

R518

Q147

Q134

Q135

R607

C495

R601 R514 Q139

R606

Q133

D141

Q133

Q137

Q138

R517 R513 C494

D140 R600

R516

Q137

Q145

R599 Q144

Q132

D139 Q132

Q144

R563 C631

Q136

R515

H 128

DJM-T1 1

SIDE B A

Q104

R262

C560

R225

C559 R222 CH1_L CH1_R_TIME CH1_R GNDCH1 GNDCH2 CH2_L CH2_R CH2_L_TIME CH2_R_TIME

CN108 CN107

Q115 1

GNDMIC GNDCH1

CN112

CH1_L_TIME C558 R223

Q114

C252 C561

R313 R353 R312 R356 R355 1.V+5AU_DOWN C358 2.V+15A 3.GNDA C354 4.V-15A 5.GND5A 6.V+5A C361 7.GNDD 8.V+5D_UNREG 9.GNDD 10.POWER_DOWN

E 10

R224

Q113 E

R354

C368

C353

C563

C562

GND5DA GNDMIC MIC_L_IN MIC_R_IN GNDCH1 GNDCH1 GNDCH1 GNDCH1 GNDCH1 GNDCH2 GNDCH2 GNDCH2 GNDCH2 GNDCH2 R557 GNDCH2

R265

Q105

D102

C565 R263

5 C564

HP_R

C292 R264

IC113

IC119

D113

R311

HP_L

C622

R259

R351

D101

D107

R315

C623

R352

D114

D108

R285

R219

CN102

C637

R245

CN109

C352

R317

C636

C634

R320

Q106

Q109

R322

CN104

1.V+3R3REF 2.GNDREF 3.CH1_TRIM 4.CH1_ASEL_OUT 5.MUTE 6.CH2_ASEL_OUT 7.CH2_TRIM

C508 R304

D134

R330 R333 R334 R323

Q108

R332

C506

R329

R331

CN106

3 1 3 3

C155 R301 R620

CN105

2 1

CN111

R605

GNDD KEY7 KEY6 KEY5 GRID6 GRID5 GRID4 GRID3

V+5LED GNDD LED_SEG7 LED_SEG6 REVERSE_SEG LED_SEG5 3.V+3R3REF LED_SEG4 2.AD_CH2_FADER LED_SEG3 1.GNDREF LED_SEG2

1.V+3R3REF 16

C104 C103

5.MIC_ASEL_OUT 4.MIC_SELECT 3.FDSW_THRU 2.REVERSE_SEL 1.FDSW_CURVE

3.GNDREF 2.AD_CH1_FADER

3.V+3R3REF 2.AD_CRS_FADER 1.GNDREF

6.AUX_SELECT

LED_SEG11 RENC0_1 RENC0_2 GRID5 GRID6 V+5LED GNDD

1 2

C106

LED_SEG7 LED_SEG8 LED_SEG9 LED_SEG10

C107 C108 C105

C173

C177 C178 C200 C172 R159 C198 C184 C176 C187 C175 R158 C116 R155 C204 C181 C182 C206 C191 C190 C115 C193 C188 C183 C195 C133 C125 C174 C185 C121 C166 C196 C168 C130 C122 C164 C154 C132 C147 C159 C160 C148

C109 C110

LED_SEG5 LED_SEG6

LED_SEG4 LED_SEG3 LED_SEG2 LED_SEG1 LED_SEG0 GNDD STBY_SW R615 STBY_LED C629 V+3R3D GRID2 GRID1 GRID0

R153

C161 C179 C180

R603 R618

C117

Q140

C507

C146

C126

Q141

C165 C163 C158 C157

C118

2 27

C124 C123

R572 R573

C602

R587

C131 C140 C129 C134

C113 C114 C111 C112

8.KEY2 7.RENC2_1 6.KEY3 5.AD_CE0 4.KEY4 3.AD_CE1 2.GRID4 1.GRID3

27.V+3R3REF 26.GNDREF 25.AD_AN2_1 24.GNDREF 23.AD_AN2_2 22.FX1_2 21.AD_AN1_1 20.FX1_3 19.AD_AN1_2 18.RENC1_1 17.V+5LED 16.GNDD 15.GNDD 14.RENC1_2 13.MAS_MUTE 12.KEY0 11.GNDD 10.KEY1 9.RENC2_2

CN103

C516 R559 C518

3.V+5DUNREG 2.GNDD 1.RELAY_CONT

(DNP2642-B)

CN110

H 129

DJM-T1 5

11.7 VRSW ASSY SIDE A

SIDE A

H VRSW ASSY

CN2001

D2094

J2133

D2070

D2049

MASTER

J2106

S2009

J2157

D2058

D2053

D2052

J2052

J2139

D2055

J2148

J2049 J2141

J2094

S2030

S2029

J2122

J2007

CH2 SEL

GNDREF

103B

D2038

J2159

GNDREF

FX2 1 S2013

J2091 V+3R3REF

J2083

FX2 2 VR2206

D2039

GNDREF

J2112

J2120

103B S2014

FX2 3

103B

J2020

VR2204

D2040

J2164

J2065 V+3R3REF

GNDREF

VR2212

V+3R3REF J2152 GNDREF

VR2218

HP VOL

S2016

J2165

J2012

GNDD2

J2132

J2130

J2063

V+3R3REF

J2062

S2015

J2078

103B

J2008

1 VR2216

J2015

J2073

J2079

J2147 J2070

CH2 LOW

J2058

J2030 GNDD2

(DNP2643-B)

J2167

J2137

D2101 D2041 D2102

D2097

J2082

J2031

J2109 1 VR2214

J2103

J2011 GNDD GNDREF

J2018

103B

103B-NON

V+3R3REF

D2099 D2047 D2100

S2019

CH2 MID

J2145

J2077 GNDREF

J2121 GNDD2 J2144

J2119

J2013

J2044

GNDREF

J2093

J2151

J2099

VR2210

J2060

CN2002

VR2211

J2025

D2096 D2098

J2100

GNDD2 J2067 V+3R3REF

CH1 LOW

J2045

J2118 V+5LED

D2025 J2101 D2026 D2027 D2028 V+3R3REF D2029 D2030 D2031 D2032 D2033 D2034 J2010 D2035 D2036

103B

C2242

CONTACT SIDE

J2074

S2020

J2090 GNDREF

J2127

J2046 V+3R3REF

HP CUE

J2111 V+3R3REF

J2104

103B

CN2002

V+3R3REF

CH1 MID

103B

GNDREF

GNDREF J2002

27 25

J2014 J2128 J2162 V+3R3REF

VR2217

J2016 GNDD V+5LED J2084

J2053

J2125

GNDD

J2124

V+5LED J2041

CH2 HI VR2208

J2105

D2013 D2014 D2015 D2016 D2017 D2018 D2019 D2020 D2021 D2022 D2023 D2024

S2012

J2026

J2071

J2115

J2005

CN2001

1 J2138 J2050 V+3R3REF

VR2215

J2059

D2001 D2002 D2003 D2004 D2005 D2006 D2007 D2008 D2009 D2010 D2011 D2012

J2054 J2149 GNDREF

103B J2134

J2166

D2046

J2051 V+5LED J2087 GNDD

CONTACT SIDE 25

J2024

20 10

103B

VR2202

CH1 HI

J2035

J2080

GNDREF

J2140

FX1 3

J2107

J2075

J2113

C2003

J2032 V+3R3REF

J2039

D2045

103B

J2022

FX1 2 1

VR2201

J2055 GNDREF

J2086

103B

V+5LED

S2023

J2095

103B

D2043 D2044

V+5LED J2001

C2004

J2097

FX2 DRY/WET

S2011

J2033

J2092 GNDD

J2143

J2017 GNDREF J2023 GNDD

S2022

VR2213

S2007

FX1 1

J2006

J2154 1

J2066

VR2207

V+3R3REF

103B

J2027 J2116

J2160

J2003

S2026

J2088 J2129

J2172

S2024

S2027

J2004

J2057

J2142

CH1 SEL

J2173 J2153

S2021

S2005

S2001

VR2209

J2056

FX1 DRY/WET

GNDREF

J2085

J2072

J2043 J2009

J2047 GNDD J2170

V+3R3REF J2163 J2136

BOOTH J2161

D2037

V+5LED

103B-NON

GNDD J2126 J2123

S2031 J2048

J2037

D2057

J2102

S2032

J2156

S2002 J2068

S2008

D2054

J2029

J2150

D2051 S2003

J2108

D2059

J2028

VR2205

D2095

J2110

J2064 J2034

J2081

V+5LED J2040 J2131 J2146 J2021

D2056

J2135

J2169

GNDD J2171

J2098 J2036

S2006

J2076

D2050

GNDD

S2018

S2017

CN103

I 130

DJM-T1 1

D2048

S2010

S2028

[[ G ]] C7

S2004

VR2203

103B-NON

V+5LED J2158

S2025

J2155 GNDD

J2089

J2117 GNDD

J2168

DWX3259VRSW

CN102

R2093

R2289 Q2228

R2286

R2290 GNDD D2069

D2068

R2250 R2249 R2248 D2081

25 CN2001

R2246

GNDD

E E

R2247 R2245

R2083 C2011

R2084

R2090 R2244 R2243

C2210

V+3R3REF GNDREF

C2238

GNDREF

C2006

V+3R3REF

V+5LED

R2041

E E

D2083 R2240

C2211

C2005

R2241

C2240 GNDREF V+3R3REF

C2008

CN2002

C2220

C2219 C2221 C2222

C2237

GNDREF

R2088 D2084

R2205 R2207

C2243

C2225

GNDD

V+3R3REF

D2085

C2233

R2234

R2238

R2237

R2074 C2010 Q2020 Q2230 R2293 R2294 Q2231

Q2210

R2295 R2296

E E

D2079

R2298 R2089

R2075

R2300 R2080

R2291

Q2229

R2292

R2082 D2078

D2077

R2232

R2231

GNDD2

C2241

C2239

V+3R3REF

GNDREF GNDREF

V+3R3REF

GNDD2

V+5LED GNDD2

C2231

C2230 C2226

C2246 C2247 C2228

E E

R2211

D2080

Q2012 R2012

C2235

C2203

E 5

R2299 C2204 R2209 R2212

E E

D2076

R2053 R2054

C2009

GNDD

R2067 R2036

R2024

GNDREF

C2201

R2210

R2227

R2023

C2215

C2229

C2216

C2202 R2208 R2204 R2203 C2244 R2206 GNDREF V+3R3REF C2224

C2245

GNDREF

C2218

D R2228

C2206 C2207 C2213 V+3R3REF C2214

R2229

R2055

R2039

R2040

C2007

R2038 R2037

R2048 R2049 R2050 R2051 R2052

D2082

C2236

GNDD

R2046 R2047

R2045

C2234

GNDREF

R2035

R2060 R2061 R2062 R2063 R2064 R2065 R2066

GNDREF

R2225 R2226

C2232

D2065

D2066

V+5LED

R2042 R2043 R2044

R2026 R2015

Q2022

R2030 R2031 R2032 R2033 R2034 C2212 Q2006 Q2007 Q2008 Q2009 Q2010 C2209 R2018 R2019 R2020 R2021 R2022 R2007 R2008 R2009 R2010 R2011 C2208

R2004 R2005

R2028 R2029 Q2005 Q2004 R2017 R2016 R2006

R2003

Q2003

R2027 R2056 R2057 R2058 R2059

R2002 R2014 R2284

D2071

D2072

D2091

R2273

C2227

D2064

D2060

R2252

R2253

R2254

R2285 R2287 R2288

D2067

R2256

R2255

D2062

D2061 R2251

R2099 R2092

R2121

R2001 R2013 D2087 R2025

Q2032

Q2029

Q2026

R2100 R2101 C2013

R2106

C2012 R2091

Q2222

D2090

D2086

R2274

R2275

GNDREF

R2117 R2113 R2120 R2270 Q2027 R2108

R2107 R2114 R2118

R2272

R2277

R2276

A B C

R2262

Q2031

R2261

R2260

R2258 R2259

R2271

R2257

D2089

R2278

D2093

R2279

R2102 D2092

R2268

R2267

R2216

R2217

R2265

D2063

GNDD

R2119 R2283

R2263

R2264

V+5LED

R2220 R2219

R2280

0 1 2 3 4 5 6 7 8 9

R2222 R2223

131

DJM-T1

Q2021 E

B 0 1 0 1 2 3 0 1

Q2023

Q2213 R2224

R2242

D2075

Q2211

V+5LED V+5LED

GNDREF Q2017

V+5LED Q2019

Q2219

C2223 R2213

R2221

D2074

IC2203

Q2211

Q2011 Q2012 Q2231 Q2230 Q2020 Q2019 Q2229 Q2210

Q2209

GNDREF GNDD2

V+3R3REF

(DNP2643-B) R2235 Q2209

GNDD

D2088

R2281 R2282

VRSW DWX3259C2217

R2214

D2073

Q2202

GNDREF Q2013

GNDD GNDD Q2015

GNDD Q2215 R2068

Q2201

Q2016 E

V+3R3REF IC2201

V+3R3REF Q2018 V+3R3REF

Q2011 IC2202

Q2031 Q2220 Q2204 Q2227 Q2226 Q2228 Q2215 Q2214 Q2022 Q2021 Q2213 Q2212

Q2221 Q2222 Q2225 Q2205 Q2218 Q2217 Q2219 Q2224 Q2223 Q2030 Q2027 Q2026 Q2024 Q2216 IC2202 Q2002 Q2001 Q2032 Q2029 Q2025 Q2023 IC2201 Q2004 Q2003 Q2013 Q2015 Q2202 Q2201 Q2006 Q2005 Q2014 Q2017 Q2007 Q2008 Q2016 IC2203 Q2009 Q2010 Q2018

Q2203 Q2206 Q2207 Q2208

Q2025 Q2001

Q2212 Q2208

Q2002

Q2217 Q2024

Q2216 E

Q2030

Q2014 Q2207

SIDE B SIDE B

C E

V+3R3REF

Q2214 Q2206

Q2223

GNDD

Q2227 Q2226 Q2221

Q2220

C V+3R3REF Q2203

Q2205

V+5LED Q2224 V+3R3REF

V+5LED

Q2204 GNDD

Q2225

Q2218

CN2001

VRSW ASSY

8 7 6 5

GNDREF

CN2002

11.8 PNLL ASSY SIDE A

SIDE A

PNLL ASSY

A_MODE

D3712

D3706

J3710

J3713

J3704

J3712 V+5LED J3705

CN3701 5

V+5LED

J3723

[[ G ]] C7

D3707

V+5LED GNDD C3701

J3707 J3700

GNDD J3722 D3701

CN104

CN3701

S3701

CONTACT SIDE UP

J3717

A_1 S3702 J3701

J3718

GNDD D3708

D3702

J3715

GNDD D3703

S3704 J3725

J3703

CN3801

CN3702

A_3

J3716

D3709

PNLL

CN3702

S3703 J3719

J3724

GNDD

A_2

D3710

J3711 GNDD D3704

J3714

DWX3262-

GNDD J3706 A_4 S3705 J3709

D3719

D3711

GNDD D3705

A_ACTIVE

J3721

J3720

J3702

S3706 F (DNP2644-B)

J 132

DJM-T1 1

SIDE B

SIDE B A

PNLL ASSY R3733 C3703 R3720 R3719 R3732 D3713 Q3707 R3721

Q3709

CN3701

R3729 R3728

Q3708

CN3701

Q3710 Q3709 R3730 R3718 Q3706

C3704

R3731 E

V+5LED

Q3710

Q3707

Q3708

Q3706

R3727

R3706

R3712

R3701

V+5LED GNDD

R3737 Q3711 R3735 R3722 R3741

C3702

R3707 GNDD Q3701

Q3711

R3713

Q3701

V+5LED

Q3712

D3714 R3702

GNDD

PNLL

R3708

Q3717 R3742

Q3702

R3744

Q3702 Q3717

R3723 R3743 R3714 R3734

Q3713

R3748 Q3718

GNDD Q3703 R3709

Q3718

R3746 R3745 R3724 Q3714

Q3714

D3716 R3704 R3752 E

Q3704

R3751 R3747

CN3702 1

DWX3262-

R3715

GNDD R3710 Q3704

GNDD

Q3703

GNDD

CN3702

R3703

D3715

R3716

Q3721

R3725 Q3715

D3717

R3749 R3726 R3755 E

Q3716 R3705

Q3721

GNDD R3711

Q3715

Q3723

Q3705

Q3716 Q3723

R3756 R3757

Q3705 R3717 D3718

F (DNP2644-B)

J 133

DJM-T1 5

11.9 PNLR ASSY SIDE A

SIDE A

K PNLR ASSY J3815

J3808

GNDD

S3801

B_MODE

D3806

D3812

J3802

J3803

GNDD D3801

J3804 J3813

[[ G ]] C7

GNDD

J3806

GNDD

D3807

B_1 S3802

J3800 J3809

GNDD D3802

D3808

B_2 1

S3803

J3812 J3805

CN3702

D3809

J3816

GNDD D3803

CN3801

DWX3263-

C3801

B_3

GNDD D3804

J3814 J3811 D3810

J3801

CN3801 15

S3804

S3805

GNDD D3819 D3811 FADER SW INDICATOR

J3810 J3807 D3805

GNDD J3817

B_ACTIVE J3818

PNLR

B_4

S3806

D3820 (DNP2644-B)

K 134

DJM-T1 1

SIDE B

SIDE B A

K PNLR ASSY GNDD

R3828 E

Q3810

C3804 D3813

Q3809

Q3806

R3812 R3827

R3806 R3818

GNDD

R3801

R3819 C3803

E E

R3814 E

PNLR

GNDD

Q3802 R3844 Q3817

Q3802

Q3817

Q3813

D3815 1

R3809

R3803 E

Q3803

CN3801

Q3813

R3810 R3804

D3816

CN3801

Q3804

Q3803

DWX3263-

GNDD R3815

R3848 Q3818 Q3814 R3847 R3824 R3840

Q3807

R3802

R3808

R3843 R3823 R3839

Q3812

R3821

C3802

D3814

Q3808

Q3807

Q3812

Q3801 Q3811

R3838

R3820

GNDD R3813

R3837 Q3811 R3836 R3822

Q3808

R3807 Q3801

R3829 Q3810 R3830 Q3809

Q3818 Q3814

15 Q3804

GNDD

R3852 Q3821

R3816 E

Q3821

R3851 E

R3841 Q3815 R3825 Q3805 E

R3805

R3856 Q3823

Q3805

R3811

GNDD Q3816

Q3823 Q3816

R3858

GNDD D3818

R3859 Q3824

R3855 R3826 R3842 R3817 R3857

Q3815

D3817

Q3824 R3860

(DNP2644-B)

K 135

DJM-T1 5

11.10 CHFD1, CHFD2 and CRFD ASSYS SIDE A

SIDE A

CN106

CN2301

CHFD1 ASSY

CN2301 BLUE

VR2301

CHFD1 DWX3260-

5 1 (DNP2643-B)

CN107

CN2401

M CHFD2 ASSY

CN2401 RED

VR2401

CHFD2 DWX32615

1 (DNP2643-B)

CN108

N CRFD ASSY

CN4001

/20 R4001

DWX3258CRFD

C4001

3.V+3R3REF 2.CRS_FADER 1.GNDREF

CN4001

[[ G ]] LF A30C5

1 (DNP2465-A)

L M N 136

DJM-T1 1

SIDE B

SIDE B A

CN2301

CHFD1 ASSY

C2301

1.V+3R3REF 2.CH1_FADER 3.GNDREF D2301

CHFD1 DWX3260-

D2302

[[ G ]] C7 (DNP2643-B)

CN2401

D2402

CHFD2 DWX3261-

C2401

M CHFD2 ASSY

D2401

1.GNDREF 2.CH2_FADER 3.V+3R3REF

[[ G ]] C7

(DNP2643-B)

N CRFD ASSY

CN4001

C4002 C4003

DWX3258CRFD IC4001 /20

C4004

R4002

R4003

1 D4001 (DNP2465-A)

L M N 137

DJM-T1 5

DWR1503-

C3222

ADD SOLDER C3215

D3216 R3210

C3211

Q3205

D3217 R3220 R3218

CN3203

[[ G ]] C7

1000uF 16V

1000uF 16V C3224

OPEN SIDE

CN3202

2200uF 35V

CN3203

J3213 V+5A_UNREG OPEN SIDE CN3201

CN3201

J3212 GNDD C3235

2200uF 35V

2200uF 35V C3233

GNDA_UNREG J3208

J3200 V-15A_UNREG

2200uF 25V

BOND

C3221

2200uF 25V

JH3201

C3232 2200uF 35V

GNDA_ UNREG J3211

DWR150313

1000uF 16V

1000uF 16V C3223

J3216

D3202

D3201

CN3201

IC3202

SECONDARY

V-15A V-15A _UNREG V+15A GNDA V+15A _UNREG NC V+5A GND 5A GNDA_UNREG V+5A_UNREG

CN3202

D3206

R3203

R3209

D3215 R3215 R3214

C3214

D3207

D3210

JH3201

J3205

GNDHP

C3201 C3202 C3203

D3208 D3213

C3231 C3228 C3225

D3209

R3202

D3205

2 J3214

138

R3201

D3214 C3219

D J3207 GNDA_UNREG

C3204

C3216

V-15A_UNREG J3215 V+15A_UNREG J3202

C3220 4700uF 16V

C3207 C3205 C3206

R3222

C3238 CN3203

ADD SOLDER

GNDA J3204

R3221

J3206

C3226

1 J3219 C3234

D3211 C3217

J3203

D3212

O C3237 4700uF 16V

F 5

C GND5A

C3229 C3239

CN3605 J3218

BOND 5

1 10

B 1

SECONDARY 1

C3208 C3209 C3212 C3210

KN3203

C3218 D3203

C3227 D3204

CN112

C3213

1 3 4

11.11 SECONDARY ASSY SIDE A SIDE A

O SECONDARY ASSY J3209 KN3201

SIDE B

(DNP2644-B)

DJM-T1

CN3101

J3210 GNDHP KN3202 1

(DNP2644-B)

JH3401

SIDE B

O SECONDARY ASSY

IC3202

Q3205

C3230

CN3101 1

ADD SOLDER

1 CN3101

49101.5PAR (*) P3101

DWR1500-(SY,CN,K) DWR1505-(L)

49101.5PAR (*) P3103

CN3201

CN3101 10

CN3101 13.V-5HP_AC 12.GND_HP 11.V+5HP_AC 10.NC 9.V+5D_AC2 8.V+5D_AC1 7.GNDA 6.V-15_AC 5.NC 4.V+5A_AC2 3.V+5A_AC1 2.NC 1.V+15_AC

15 10

DWR1500-(SY,CN,K) DWR1501-(U) DWR1502-(J) DWR1505-(L)

COLD

ADD SOLDER

HOT

110?`120V

JP3101 or JP3102

VIOLET

491.800PAR (*) P3102

ATTENTION

HOT

DWR1501-(U) DWR1502-(J)

CAUTION REMPLACER LE IC LINK COMME INDIQUE. DE CHEZ LITTELFUSE INC.(*)

TRANS COLD

JP3101 or JP3102

SIDE A SIDE A

SIDE B SIDE B

139

DJM-T1

O REPLACE IC LINKS AS MARKED.MFD. BY LITTELFUSE INC.(*)

JP3101 DKP3924JP3102 DKP3847-

TRANS ASSY

BROWN

LF [[ G ]] C7

TRANS

220?`240V

NEUTRAL

BLUE

CN3004 or CN3003

TRANS ASSY

8 7 6 5

11.12 TRANS ASSY

T3101

C (DNP2644-B)

(DNP2644-B)

DWS1435[[ G ]] C7

(DNP2644-B)

140

CN3002

(DNP2644-B)

Q R

C3001 1

2200uF 25V

CAUTION C3006

REPLACE IC LINKS AS MARKED. P3001 TYPE No.491.800PAR MFD.BY LITTELFUSE INC. 110?`120V J3010

RY3001

P3001

2200uF 25V

DWR1499-[J]GREEN DWR1498-[U]BLUE DWR1497-[L]BLACK DWR1496-[SY][CN] [K] RED

J3004 J3003 J3002 J3001

JP3001

BOND

COLD

[[ G ]] C7

JP3001 3.V+D_UNREG 2.GND_D 1.RELAY_CTRL

T3001

PRIMARY

CN3004

HOT

J3012

CN3004

1.NEUTRAL 2.LIVE 1.NEUTRAL CN3003 2.110?`120V [L]ONLY 3.220?`240V [SY][CN][K][U][J]

Q3001

[SY][CN][K][U][J]

J3008 [L]ONLY

J3009

J3011

Q PRIMARY ASSY

FU1901

Q3001 C3002

220?`240V S3001 [L]ONLY

REPLACE IC LINKS AS MARKED. FU1901 TYPE No.218.500MXP MFD.BY LITTELFUSE INC.

H3002

J3006

[SY][CN][K][U][J] J3007

CAUTION

H3001

2.LIVE 1.NEUTRAL

FU1901

JP3301

DKP3847

JP3301

BLUE VIOLET

CN3002

HOT

ACSW

S3301

D 10

C 1

R ACSW ASSY 1

C3301

1 4

11.13 PRIMARY and ACSW ASSYS SIDE A JP3101 or JP3102

SIDE A

CN3004 or CN3003

CN3003

GNDD J3005

L3001 C3003

CN3001

AC INLET

DJM-T1

CN111

JP3301

DWR1499-[J]GREEN DWR1498-[U]BLUE

ADD SOLDER

ATTENTION

R ACSW ASSY

REMPLACER LE IC LINK COMME INDIQUE. FU1901 N'UTILISER QUE LA REFERENCE 218.500MXP DE CHEZ LITTELFUSE INC.

ADD SOLDER

DWS1435-

ACSW

HOT

ADD SOLDER LF

CN3002

ADD SOLDER

JP3001

SIDE B SIDE B

141

DJM-T1

(DNP2644-B)

CN3001

DWR1497-[L]BLACK DWR1496-[SY][CN][K]

D3002

ATTENTION

R3005 R3004 R3003

CN3004 [SY][CN][K][U][J] CN3003 [L]ONLY

C3007

C REMPLACER LE IC LINK COMME INDIQUE. P3001 N'UTILISER QUE LA REFERENCE 491.800PAR DE CHEZ LITTELFUSE INC.

HOT JP3001

3.V+D_UNREG 2.GND_D 1.RELAY_CTRL

R3001 D3001

R3002

ADD SOLDER

COLD

D3004

1.NEUTRAL 2.LIVE 1.NEUTRAL 2.110?`120V 3.220?`240V

ADD SOLDER

PRIMARY ADD SOLDER

D3006 D3003

D3005 C3005 C3004

1 2 3

Q PRIMARY ASSY CN3004 or CN3003

8 7 6 5

Q R

11.14 REG ASSY SIDE A

SIDE A

O REG ASSY

JH3401

J3404 J3402 IC3403

7915FA 1

JH3401

CHARACTER SIDE GNDA_UNREG J3403 IC3402

GNDA

GNDA_UNREG IC3401

1 7805FA

BA15T

[[ G ]] C7 REG DWR1504-

JH3401

1.V-15A 2.V-15A_UNREG 3.V+15A 4.GNDA 5.V+15A_UNREG 6.NC 7.V+5A 8.GND_5A 9.GNDA_UNREG 10.V+5A_UNREG

CN3203

(DNP2644-B)

IC3403

IC3401

IC3402

SIDE B

REG ASSY

ADD SOLDER C3416 C3410 C3413 C3403

REG 10

C3401 C3407

DWR15045

D3401

C3414 C3411 C3408

D3402 C3415 C3412 C3409 C3405

JH3401

C3406

C3404 C3402 E

(DNP2644-B)

S 142

DJM-T1 1

12. PCB PARTS LIST NOTES:

Parts marked by “NSP” are generally unavailable because they are not in our Master Spare Parts List. The > mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of identical designation. - When ordering resistors, first convert resistance values into code form as shown in the following examples. Ex.1 When there are 2 effective digits (any digit apart from 0), such as 560 ohm and 47 k ohm (tolerance is shown by J = 5%, and K = 10%). -

560 Ω 47 kΩ 0.5 Ω 1Ω

→ → → →

56 × 101 → 561 ................................................................... RD1/4PU 5 473 ................................................................... RD1/4PU 4 47 × 103 → R50 ................................................................................................. RN2H R 5 1R0 ................................................................................................. RS1P 1 R

6 1 J 7 3 J 0 K 0 K

Ex.2 When there are 3 effective digits (such as in high precision metal film resistors). 5.62 kΩ → -

562 × 101 →

5621 ................................................................. RN1/4PC 5 6 2 1 F

Meaning of the figures and others in the parentheses in the parts list. Example) IC 301 is on the point (face A, 91 of x-axis, and 111 of y-axis) of the corresponding PC board. IC 301 (A, 91, 111) IC NJM2068V

Mark No. Description

Part No.

LIST OF ASSEMBLIES NSP

NSP

1..MAIN ASSY 2..OUTPUT ASSY 2..MCVR ASSY 2..TRM1 ASSY 2..TRM2 ASSY

DWM2437 DWX3257 DWX3264 DWX3268 DWX3269

1..PANEL ASSY 2..VRSW ASSY 2..CHFD1 ASSY 2..CHFD2 ASSY 2..MCJK ASSY

DWM2438 DWX3259 DWX3260 DWX3261 DWX3265

2..FDSW ASSY 2..HPJK ASSY

DWX3266 DWX3267

Mark No. Description NSP NSP NSP

NSP

Part No.

1..POWER ASSY (SYXJ8, KXJ5, XJCN5) 1..POWER ASSY (UXJCB) 1..POWER ASSY (LXJ) 2..PRIMARY ASSY (SYXJ8, KXJ5, XJCN5) 2..PRIMARY ASSY (UXJCB)

DWM2440 DWM2442 DWM2441 DWR1496 DWR1498

2..PRIMARY ASSY (LXJ) 2..TRANS ASSY (SYXJ8, KXJ5, XJCN5) 2..TRANS ASSY (UXJCB) 2..TRANS ASSY (LXJ) 2..SECONDARY ASSY

DWR1497 DWR1500 DWR1501 DWR1505 DWR1503

2..REG ASSY 2..ACSW ASSY 2..PNLL ASSY 2..PNLR ASSY 2..INPUT ASSY

DWR1504 DWS1435 DWX3262 DWX3263 DWX3282

1..CROSS FADER ASSY 2..CRFD ASSY

DXA2243 DWX3258 D

CONTRAST OF PCB ASSEMBLIES

TRANS ASSY

DWR1500, DWR1501 and DWR1505 are constructed the same except for the following: Mark > >

Symbol and Description JP3101 Board in Jumper/3P JP3102 Connector Assy 2P

DWR1500

DWR1501

DWR1505

Not used DKP3847

DKP3924 Not used E

PRIMARY ASSY

DWR1496, DWR1498 and DWR1497 are constructed the same except for the following: Mark > > > >

Symbol and Description CN3004 Connector CN3003 Connector (VH) T3001 Transfomer S3001 Voltage Selector

DWR1496

DWR1498

DWR1497

B2P3-VH Not used DTT1245 Not used

B2P3-VH Not used DTT1255 Not used

Not used B3P5-VH DTT1242 AKX7020

143

DJM-T1 5

Mark No. Description

Part No.

PARTS LIST (DJM-T1/SYXJ8) A

A INPUT ASSY SEMICONDUCTORS

3501,3502,3507,3508 3503-3506 3601 3602 3501-3508,3601,3602

NJM4580MD NJM2121MD NJM4565MD NJM4580MD 2SK209

Q Q Q Q

3509,3510 3603,3604 3609,3611 3610,3612

LTC114EUB INC2002AC1 2SD1859X 2SB1238X

JA 3501,3502 JACK CN 3501,3502 11P PLUG CN 3601 7P CONNECTOR CN 3602 L-PLUG (3P) CN 3603 31P CONNECTOR

DKB1083 XKP3065 VKN1267 KM200NA3L VKN1291

CN 3604 L-PLUG (6P) CN 3605 L-PLUG (7P) 0 SHIELD CASE/PIN P 3601,3602 PROTECTOR (400 mA)

KM200NA6L KM200NA7L DNF1885 AEK7004

3603,3604 3605,3606 3614,3617,3634,3635 3616,3628,3629 3620,3625,3636,3637

CCSRCH681J50 CCSRCH470J50 CEAT100M50 CKSRYB104K25 CEAT101M16

C 3621-3624,3630,3631 C 3626,3627 C 3632,3633

CKSRYB104K16 CEANP471M16 CKSQYB105K25

JA 2701 HEADPHONE JACK KN 2701 EARTH TERMINAL CN 2701 L-PLUG (3P)

All Resistors

C 2701,2702 C 2703

RN1/16SE1000D RN1/16SE4702D RN1/16SE1501D RN1/16SE2401D RN1/16SE1501D

R R R R R

3537-3540 3541-3544 3545-3548 3549-3552 3557-3560,3621,3622

RN1/16SE5600D RN1/16SE2703D RN1/16SE2202D RM1/16SE1003D RN1/16SE1001D

R R R R R

3577,3578,3643 3587,3589,3591,3593 3588,3590,3592,3594 3599,3626-3628 3601,3602,3644-3647

RS1/8SQ0R0J RN1/16SE2702D RN1/16SE1102D RS1/10SR0R0J RN1/16SE5601D

R R R R R

3603,3604,3639,3641 3605,3606 3607,3608,3613,3614 3619,3620 3623,3624

RN1/16SE3002D RN1/16SE3901D RN1/16SE1002D RS1/10SR68R0D RS2LMF150J

RESISTORS

RN1/16SE4701D RS1/10SR###J

MISCELLANEOUS

3501-3508 3509-3516,3612,3613 3517-3520 3521-3524 3525,3527,3529,3531

CCSRCH102J50 CCSRCH101J50 CCSRCH471J50 CKSRYB223K50 CCSRCH331J50

C C C C C

3526,3528,3530,3532 3537-3540,3549-3552 3541-3544,3638,3639 3545-3548,3561-3564 3553,3556,3559,3560

CEAT221M16 CKSRYB104K25 DCG1049 CEANP100M35 CEAT100M50

C 3554,3555,3557,3558 C 3565,3566,3572-3574

CKSRYB104K25 CKSRYB104K25

RS1/10SR###J

CAPACITORS

3501-3508 3513-3520 3521,3523,3525,3527 3522,3524,3526,3528 3529-3532

C C C C C

DKN1622 AKF7002 KM200NA3L

RESISTORS

CKSRYB104K16 CFTLA104J50

C TRM1 ASSY MISCELLANEOUS

VR 2801 ROTARY VR CN 2801 11P SOCKET

DCS1118 XKP3076

RESISTORS All Resistors

RS1/16SS###J

D TRM2 ASSY MISCELLANEOUS

VR 2901 ROTARY VR CN 2901 11P SOCKET

All Resistors

DCS1118 XKP3076

RS1/16SS###J

E FDSW ASSY S 2601 SLIDE SWITCH S 2602 SLIDE SWITCH CN 2601 L-PLUG (4P)

CAPACITORS

C C C C C

R R R R R

R 3640,3642 Other Resistors

CKSRYB104K25 CFTLA123J50 CEANP100M35

MISCELLANEOUS

RESISTORS

Part No.

C 3577,3607,3608,3615 C 3579-3582 C 3601,3602,3609,3610

B HPJK ASSY

MISCELLANEOUS

> C

IC IC IC IC Q

DSH1050 DSH1036 KM200NA4L

F MCJK ASSY SEMICONDUCTORS IC IC Q Q D

2501 2502,2503 2501,2502 2503 2505

NJM4580MD NJM2121MD 2SK209 LTC114EUB UDZS15(B)

MISCELLANEOUS

144

L 2501,2502 FERRITE CORE JA 2501 CANON CONNECTOR

VTF1093 DKB1108

DJM-T1 1

Mark No. Description JA 2502 RCA JACK/2P CN 2501 17P CONNECTOR CN 2502 PLUG (4P) CN 2503 6P CONNECTOR CN 2504 PLUG (6P) 0 MIC SHIELD

Part No.

Mark No. Description

DKB1114 VKN1248 KM200NA4 VKN1237 KM200NA6 DNF1849

RESISTORS R R R R R

2501,2517 2502,2516 2503,2504 2505,2506 2507,2508

R 2509,2511,2514,2515 R 2510,2513 R 2512 Other Resistors

RN1/16SE1202D RN1/16SE1000D RN1/16SE2201D RN1/16SE1502D RN1/16SE4702D

> > >

RN1/16SE4701D RN1/16SE1501D RN1/16SE1800D RS1/10SR###J

CAPACITORS C C C C C

2501,2502 2509,2511,2512 2513 2514,2515,2518,2519 2516,2517

CCSRCH102J50 CCSRCH471J50 CEANP100M35 CKSRYB104K25 DCE1020

C 2520,2521,2524,2525 C 2522,2523 C 2526,2527

CEAT100M50 CKSRYB104K25 CFTLA123J50 > >

G MCVR ASSY SEMICONDUCTORS IC 1901,1902

1901-1904 1905-1908,1911,1912 1909,1910,1913,1914 1916,1918 1917,1919

1901,1902,1905,1906 1903,1904,1909,1910 1907,1908 1911,1917 1912-1915,1919,1920

C 1916,1918

RN1/16SE1003D RN1/16SE2701D RN1/16SE1001D RN1/16SE3301D RN1/16SE1001D

CEJQNP100M35 CKSRYB104K25 CKSRYB103K50 CEJQ100M35 CKSRYB104K25 CCSRCH220J50

H OUTPUT ASSY SEMICONDUCTORS IC IC IC IC IC

101 102,104,107 103 105 106,140

IC 108

DYW1804 NJM4580MD NJM4565MD PCM1804DB

IC IC IC IC IC

115,121 122 123 124 125

TC7WH157FK AK5358AET PCM1691DCA TC74VHC4052AFK NJM2393M

IC IC IC IC IC

126 127,130,131 128 129 132,133,136

S-80942CNMC-G9C BH33FB1WG BD9326EFJ BD9106FVM NJM4580MD

IC IC Q Q Q

134,135 138,139 101,103,112 102,104 105-111,115

NJM2114D NJM4580DD LTC114EUB LTA114EUB LSA1576UB

Q Q Q Q Q

113,140 114 120-123,132-135 124-131,136-139 141

LTC124EUB LSC4081UB 2SK209 INC2002AC1 LTA124EUB

Q D D D D

144-147 103-106,109-114 115 116 117,126

INC2002AC1 1SS302 RB160L-40 CMS03 1SS352

L L L L F

DCS1072 DCS1100 DSH1050 VKN1248

CAPACITORS C C C C C

109 110,111,116,117 113,119,137 114,120

R5S72630P200FP TC74VHC08FK S-80927CNMC-G8X TC7SU04FU TC7SH08FUS1 IS42S16400F-6TL

RSB18V

101 COIL 102 INDUCTOR (470 UH) 103 INDUCTOR 104 INDUCTOR 101,102 EMI FILTER

ATH7015 DTL1123 CTH1253 BTH1112 DTL1106

JA 101 USB CONNECTOR JA 102,103 CANON CONNECTOR JA 104 PIN JACK (2P) JA 105,106 HEADPHONE JACK KN 101-104 EARTH TERMINAL

DKN1237 DKB1093 AKB7181 DKN1622 AKF7002

S 101 X 101 X 102 X 103 CN 102

SLIDE SWITCH CRYSTAL (33 MHz) CRYSTAL (48 MHz) CRYSTAL (24.576 MHz) 25P CONNECTOR

CSH1042 DSS1193 ASS7099 DSS1204 VKN1256

CN 103 CN 104 CN 105 CN 106 CN 107

27P CONNECTOR 17P CONNECTOR 6P CONNECTOR PLUG (3P) PLUG (3P)

VKN1258 VKN1248 VKN1237 KM200NA3E KM200NA3R

CN 108,111 PLUG (3P) CN 109 7P CONNECTOR CN 110 31P CONNECTOR CN 112 10PJUMPER CONNECTOR 0 CANON SHIELD

KM200NA3 VKN1238 VKN1262 52147-1010 DNF1789

P 101,102 PROTECTOR (400 mA) P 103,104 PROTECTOR (1 A)

AEK7004 AEK1073

> >

145

DJM-T1 5

MISCELLANEOUS

RESISTORS R R R R R

Part No.

IC IC IC IC

D 135-138

NJM4565MD

MISCELLANEOUS VR 1901 ROTARY VR VR 1902,1903 VARIABLE RESISTOR S 1901 SLIDE SWITCH CN 1901 17P CONNECTOR

Mark No. Description RESISTORS A

Part No.

R R R R R

101,102,298 104-108,128,131 109-113,124,202 132,136,140,143 146

RAB4CQ103J RAB4CQ101J RAB4CQ680J RAB4CQ330J RAB4CQ330J

R R R R R

153,155,159,311 157 158,163,245,246 165,196,197 173,178

RS1/10SR103J RS1/16SS5601F RS1/10SR0R0J RAB4CQ101J RAB4CQ472J

R R R R R

203,209,210 211-218,251-258 222-225,262-265 226-229,266-269 230-233,270-273

RAB4CQ680J RN1/16SE1101D RN1/16SE2000D RN1/16SE2200D RN1/16SE1001D

R R R R R

236,239,240,243 237,238,241,242 276,279,280,283 277,278,281,282 285,286,295,297

RN1/16SE1201D RN1/16SE2401D RN1/16SE1201D RN1/16SE2401D RS1/10SR0R0J

R R R R R

291,292 293,294 301,304,453,454 312,451,452 313,317,331,332

RN1/16SE6801D RN1/16SE1301D RS1/10SR0R0J RS1/10SR183J RS1/10SR332J

R R R R R

314 315,320,333,334 318 319 322,329

RS1/4SAR82J RS1/10SR101J RS1/16SS3302D RS1/16SS1102D RS1/10SR272J

R R R R R

323,330,587 335 345,349 346 348

RS1/10SR103J RS1/4SA0R0J RS1/16SS1002D RS1/16SS2002D RS1/16SS4702D

R R R R R

350,541-543,584 351,352,355,356 353,354,572,573 357-364 365-372,381-388

RS1/8SQ0R0J RS1/10SR473J RS1/10SR223J RN1/16SE3301D RN1/16SE2402D

R R R R R

373-380 389-396 397,399,401,403 398,400,402,404 405-412,439-446

RN1/16SE3001D RN1/16SE2701D RN1/16SE2201D RN1/16SE1002D RN1/16SE5601D

R R R R R

418,420,588,590 423,425,427,429 424,426,428,430 433-438,494,497 447,448,562,563

RN1/16SE1002D RN1/16SE4301D RN1/16SE1501D RD1/2VM331J RS1/10SR473J

R R R R R

449,450,463,464 455-458,515-518 473,474 475,476,479,480 477,478,481,482

RS1/10SR474J RS1/10SR183J RN1/16SE5101D RN1/16SE9102D RN1/16SE4701D

R R R R

483,484,544,582 485-492 493,496,499,502 495,498,501,504

RS1/10SR0R0J RN1/16SE3601D RN1/16SE4301D RN1/16SE1501D

Mark No. Description

146

Part No.

R 500,503

RD1/2VM331J

R R R R R

RN1/16SE5601D RS1/10SR474J RS1/8SQ0R0J RS1/10SR0R0J RN1/16SE3302D

505-512 513,514 585 586,618,620 589,591

R 603 R 606-609 R 615 Other Resistors

RS1/10SR102J RS1/10SR473J RS1/10SR101J RS1/16SS###J

CAPACITORS

C C C C C

101,102,119,120 103,104,106,108 105,107,109,111 110,112,114-118 113,121,123,129

CKSSYB103K16 CKSRYB104K16 CCSRCH102J50 CKSRYB104K16 CCSRCH102J50

C C C C C

122,124-126 127,128,169,199 130,134,147,157 131-133,140,146 135-139,141-145

CKSRYB104K16 CKSSYB103K16 CCSRCH102J50 CKSRYB104K16 CKSSYB104K10

C C C C C

148,153-155,158 149-151,171,186 159,163,166,175 160,161,164,165 162,167,194,201

CKSRYB104K16 CKSSYB104K10 CCSRCH102J50 CKSRYB104K16 CCSSCH100D50

C C C C C

168,172-174,176 170,226,259,260 177,179,181,184 178,180,183,188 182,187,193,200

CKSRYB104K16 CKSSYB102K50 CCSRCH102J50 CKSRYB104K16 CKSRYB103K50

C C C C C

185,190,196,206 189,202,203,207 191,198,622 192 195,204,252,292

DCH1201 CKSSYB104K10 CCSRCH102J50 CKSSYB472K50 CKSRYB104K16

C C C C C

205,220,264,304 208-212,215,216 213,217,219 214,218,635,638 221-225,227-230

CKSSYB103K16 CCSSCH471J50 CKSSYB104K10 CCSSCH100D50 CKSSYB104K10

C C C C C

237,243,253,258 238-241,278-281 245-248,285-288 250,254,255,257 256,263,296,303

CEAT100M50 CKSRYB104K25 CCSRCH101J50 CKSSYB104K10 CKSSYB272K50

C C C C C

261,267,277,283 262,265,266,268 270,290,294,295 293,298,301,307 297,302,305,306

CEAT100M50 CKSSYB104K10 CKSSYB104K10 CEAT100M50 CKSSYB104K10

C C C C C

299,300,322,326 308,310,314,315 311,312,328,329 313,320,325,332 316,350

CKSSYB102K50 CKSSYB104K10 CEANP100M35 CEAT100M50 CEAT470M25

C 317,318,321,324 C 319,323,336,337 C 327,583,598,611

CKSSYB104K10 CKSSYB103K16 CKSSYB102K50

DJM-T1 1

Mark No. Description

Part No.

Mark No. Description

I VRSW ASSY

Part No.

C 330,331,578,584 C 333

CKSRYB105K10 CEAT100M50

C C C C C

334,338-340 341-344,402-405 345-349,364,367 351,369 352,361,377

CKSSYB104K10 CCSSCH471J50 CKSSYB104K10 CCG1236 CKSRYB104K16

IC IC Q Q Q

2201 2202,2203 2001-2012,2203-2225 2013,2015,2017,2019 2014,2016,2018,2020

NJM2903M TC74HC4052AF LSC4081UB LTC143EUB 2SB1689

C C C C C

353,354,358,368 355 356 357,359,414,418 360

CKSRYB104K25 CCSRCH560J50 CKSSYB473K16 CEAT101M25 CCSSCH221J50

Q Q Q Q Q

2021,2023,2025 2022,2024,2026 2027,2029,2030,2032 2031 2201

LTC143EUB 2SB1689 LSA1576UB LTA114EUB LTA143EUB

C C C C C

362 363,374,384,389 365,375,380,381 370,415-417,419 371,373,378,382

CEAT221M16 CEAT101M16 DCH1201 CKSRYB104K25 CKSSYB104K10

Q Q D D D

2226,2227,2229-2231 2228 2001,2013,2025,2070 2002-2005,2014-2017 2006-2012,2018-2024

LSA1576UB LSC4081UB SLI-343U8RC(HJKL) SLI-343YYW(TUV) SLR-343MC(NPQ)

C C C C C

372,392,395 376 379,470,471 383 385

CCG1205 CKSSYB222K50 CCSRCH561J50 DCH1201 CKSQYB105K25

D D D D D

2026-2029,2037-2040 2030-2036,2094 2043-2046,2048-2057 2058,2059,2095 2060-2069,2071-2093

SLI-343YYW(TUV) SLR-343MC(NPQ) SLI-343YYW(TUV) SLR343BC4T(JK) 1SS352

C C C C C

387,388,391,393 394,397 396,510-512,514 398-401 406-413

CKSSYB104K10 CEAT101M16 CKSSYB104K10 CCSRCH222J50 CCSRCH680J50

D 2096,2097 D 2099-2102

C C C C C

420-423 430,435,445,446 432,433,437,438 440,447,474,477 448-451,478-481

DCH1323 CEHAZL101M25 CCSRCH101J50 CEAT101M25 CCSRCH101J50

C C C C C

452,453 462-467,496-499 468,469 472,473 475,476,585-594

CEANP100M35 DCE1018 DCG1049 CCSRCH150J50 CKSRYB104K25

C C C C C

482,485,488,489 490-493,572 505-508 515,516,602 519,568-571,575

CEAT101M25 CCSRCH101J50 CKSRYB104K16 CKSRYB103K50 CKSSYB104K10

C C C C C

521-524 525-529,595-597 530-537 538-545,579-582 603,604

CKSRYB473K50 CKSSYB103K16 CEANP470M35 CCSSCH471J50 CKSSYB103K16

C C C C C

609,610,614 612 613,615-618 619-621 634,636,637

CKSSYB104K10 CKSRYB105K10 CKSSYB102K50 CCSSCH101J50 CCSRCH100D50

SEMICONDUCTORS

C 639 C 640,642-644 C 645-651

SLR343WBC7T(MN) SLI-343YYW(TUV)

VR 2201,2202,2204 ROTARY VR VR 2203,2205,2216 ROTARY VR VR 2206-2215,2217,2218 ROTARY VR S 2001-2006,2008-2010 TACT SWITCH S 2007,2011 SLIDE SWITCH

DCS1116 DCS1117 DCS1116 DSG1079 DSH1058

S 2012-2014,2016-2019 TACT SWITCH S 2015,2020,2025 ENCODER S 2021-2024,2026-2032 TACT SWITCH CN 2001 25P CONNECTOR CN 2002 27P CONNECTOR

DSG1079 DSX1082 DSG1079 VKN1256 VKN1258

RESISTORS All Resistors

RS1/10SR###J

CAPACITORS C C C C C

2003,2004 2005-2013,2201-2203 2206-2209,2213-2216 2210-2212,2217,2218 2219-2222,2226,2228

CEJQ101M16 CKSRYB104K16 CKSRYB471K50 CKSRYB104K16 CKSRYB471K50

C 2223-2225,2227,2229 C 2230,2231 C 2232-2241,2243

CKSRYB104K16 CKSRYB471K50 CKSRYB104K16

J PNLL ASSY SEMICONDUCTORS Q Q Q Q D

CCSSCH100D50 CKSSYB105K6R3 CKSSYB223K16

3701-3706 3707,3709 3708,3710 3711-3718,3721,3723 3701-3706,3719

LSC4081UB LTC143EUB 2SB1689 LSA1576UB SLI-343YYW(TUV) SLR343EC4T(LMN) 1SS352

147

DJM-T1 6

MISCELLANEOUS

D 3707-3712 D 3713-3718

Mark No. Description MISCELLANEOUS S 3701-3706 TACT SWITCH CN 3701 17P CONNECTOR CN 3702 L-PLUG (15P)

Part No.

Mark No. Description

O SECONDARY ASSY

DSG1079 VKN1277 KM200NA15L

Part No.

SEMICONDUCTORS > >

RESISTORS All Resistors

RS1/10SR###J

IC Q D D D

3202 3205 3201-3204,3207-3214 3205,3206 3215-3217

PST3228 LSC4081UB 1SR154-400 RB160L-40 1SS352

CAPACITORS C 3701 C 3702-3704

MISCELLANEOUS

CEJQ101M16 CKSRYB104K16

K PNLR ASSY

J 3201 10PJUMPER WIRE KN 3202,3203 EARTH TERMINAL CN 3201 CONNECTOR CN 3202 PLUG (7P) CN 3203 10PJUMPER CONNECTOR

D20PDY1010E AKF7002 B13B-EH KM200NA7 52147-1010

JH 3201 10P CABLE HOLDER

51048-1000

SEMICONDUCTORS Q Q Q Q D

3801-3806,3824 3807,3809 3808,3810 3811-3818,3821,3823 3801-3806,3819

D 3807-3812 D 3813-3818 D 3820

LSC4081UB LTC143EUB 2SB1689 LSA1576UB SLI-343YYW(TUV)

RESISTORS

SLR343EC4T(LMN) 1SS352 SLI-343U8RC(HJKL)

R 3201 R 3221 R 3222 Other Resistors

CAPACITORS

MISCELLANEOUS S 3801-3806 TACT SWITCH CN 3801 L-PLUG (15P)

RS1/4SA0R0J RN1/16SE1502D RN1/16SE2202D RS1/10SR###J

DSG1079 KM200NA15L

C C C C C

3201-3210 3211-3219,3222,3231 3220 3221 3223,3224

CKSRYB473K50 CCSRCH102J50 CEAT472M16 CEAT222M25 CEAT102M16

C C C C C

3225 3228,3239 3232,3233 3234 3235

CKSRYB104K25 CKSRYB103K50 CEAT222M35 CEAT101M16 CEANP1R0M50

RESISTORS All Resistors

RS1/10SR###J

CAPACITORS C 3801 C 3802-3804

CEJQ101M16 CKSRYB104K16

C 3237,3238

L CHFD1 ASSY D

P TRANS ASSY

SEMICONDUCTORS D 2301,2302

1SS352

MISCELLANEOUS

MISCELLANEOUS VR 2301 SLIDE VR CN 2301 PLUG (3P)

CEAT101M25

> > >

DCV1027 KM200NA3E

CN 3101 CONNECTOR JP 3102 CONNECTOR ASSY 2P P 3101,3103 PROTECTOR (1.5 A) P 3102 PROTECTOR (800 mA)

B13B-EH DKP3847 AEK7011 AEK7008

CAPACITORS C 2301

Q PRIMARY ASSY

CKSRYB104K16

M CHFD2 ASSY

SEMICONDUCTORS

SEMICONDUCTORS D 2401,2402

1SS352

MISCELLANEOUS VR 2401 SLIDE VR CN 2401 PLUG (3P)

CKSRYB104K16

N CRFD ASSY

2SD1859X 1SS302 1SS352 1SR154-400

> > >

L 3001 FILTER H 3001,3002 FUSE CLIP RY 3001 RELAY T 3001 TRANSFOMER (SY) CN 3001 AC CODE SOCKET

DTL1131 AKR1004 ASR7029 DTT1245 RKP1751

CN 3002,3004 CONNECTOR

B2P3-VH

RESISTORS

* When replacement of the CRFD Assy is required, be sure to order the CROSS FADER Assy (DXA2243) which is a parent Assy.

148

3001 3001 3002 3003-3006

MISCELLANEOUS

DCV1027 KM200NA3R

CAPACITORS C 2401

Q D D D

All Resistors

RS1/10SR###J

DJM-T1 1

Mark No. Description MISCELLANEOUS JP 3001 CONNECTOR ASSY

Part No. PF03PG-Q07 A

CAPACITORS > >

C C C C C

3001 3003 3004,3005 3006 3007

ACE7027 ACG7030 CKSRYB473K50 CEAT222M25 CKSRYB103K50

R ACSW ASSY MISCELLANEOUS > >

S 3301 SWITCH JP 3301 CONNECTOR ASSY 2P

DSA1037 DKP3847

CAPACITORS >

C 3301

ACG7030

S REG ASSY SEMICONDUCTORS > > >

IC IC IC D

3401 3402 3403 3401,3402

BA15T NJM7805FA NJM7915FA RB501V-40 C

MISCELLANEOUS J 3401 10PJUMPER WIRE JH 3401 10P CABLE HOLDER

D20PDY1010E 51048-1000

CAPACITORS C C C C

3401-3403,3411-3413 3404-3406,3410 3407 3414-3416

CKSRYB103K50 CKSRYB104K16 CKSQYB225K10 CCSRCH102J50

149

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