Importance of Delay Lines in the communication industry Delay Lines have always been used to store information. The device does this by circulating data through a medium continuously. There are a few different types of delay lines as an analog delay line, digital delay line, bi-directional delay line, delay line memory, etc. What are the physical components of a delay line? Different types of materials are used for the fabrication of delay lines. The coaxial delay lines use the characteristics of the cable to shape the delay lines in any configuration.
Delay time For the coaxial delay lines, the delay time of each device depends on the diameter and the height of the delay lines. Depending upon the requirement of the industry, a delay of 5 to 100 nanoseconds is achievable with each coaxial delay line.
Delay tolerances With precision engineering, very high tolerances in delay time can be achieved. Many companies produce delay lines with delay time tolerance of Âą20 picoseconds. Weight saving for coaxial delay lines Although coaxial delay lines are quite bulky, up to 40 % weight can be saved by using aluminum as the jacket of the cables. Only a few companies in the world do this type of modification on the request of the client. Application of coaxial delay lines The coaxial delay lines are known for their performance. These lines are very durable and maintain their performance without any maintenance. The competitive price point and easy reconfigurability make them an attractive choice for the communication industry. In this industry, their primary use is for radar channel matching and EW target generation purposes. EF Form Cable is an S 9100 certified company. In the communication industry, the company is popular for its precision engineering. Alongside standard coaxial delay lines, they also produce custom coaxial delay lines on the specification of the customer. With these custom coaxial delay lines, the delay time tolerance of Âą20 picoseconds can be achieved.
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