What is a slew rate and explain how it helps in determining the type of Op-Amp for applications. How do you measure slew rate given the input and output voltage of an Op-Amp? To Purchase This Material Click below Link http://www.tutorialoutlet.com/all-miscellaneous/what-is-a-slew-rate-and-explainhow-it-helps-in-determining-the-type-of-op-amp-for-applications-how-do-youmeasure-slew-rate-given FOR MORE CLASSES VISIT www.tutorialoutlet.com
Construct an Op-Amp configuration presented in the video in Multisim. Use the datasheet of the Op-Amps to find the slew rate and then use the Oscilloscope to measure the slew rate. 4. Use the Op-Amps given in the table to repeat step 3 and complete the table. 1. 2. 3. Op-Amp Slew rate from Datasheet Measured Slew rate from simulation LM741 LM324 LM318 LM307 LM2904 LM224 5. 6. a. b. c. d. 7. 8. 9. Take the screen shots of the Vout for slew rate measurements for each of the above Op-Amps. Answer the following questions: What is a slew rate and explain how it helps in determining the type of Op-Amp for applications. How do you measure slew rate given the input and output voltage of an Op-Amp? What are the tools used to measure the slew rate? Does the measured values of the slew rate match the values from datasheet? If not, explain why they are different? Explain the differences between the slewing phenomenon. Create a new word document called “Lab3_StudentID.docx� with your GID
substituted into the file name. Verify all calculations from analysis and measurements from simulation. Save the results along with the table and paste the screen captures in the word document.