GL2L5MS130D-C

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Delay lines are an important element of digital logic controllers, used to accurately time data transmission between systems. GL2L5MS130D-C is a two-stage delay line with a low-power, low-loss, 125 ps per delay stage capability. The GL2L5MS130D-C is an ideal solution for the following applications:

Benchtop Testing - The GL2L5MS130D-C is an ideal solution for benchtop testing and verification, thanks to its low power consumption and precision 125 ps per delay stage performance. This allows for rapid testing of circuit boards, ICs, and other electric/electronic components.

Time Management - The GL2L5MS130D-C can be used in time management applications where precise timing of events is required. This is especially useful in distributed control systems, where time synchronization across network devices is critical for accurate operation.

Systems Integration - The GL2L5MS130D-C can be used to integrate systems in order to reduce latency, increase throughput, and optimize overall system performance. This can be beneficial for complex systems that require reliable communication between components.

Working Principle - The GL2L5MS130D-C works by charging or discharging an RC network which controls the delay line. The RC network consists of an inductor and capacitor connected in series whose charge is varied by the input signal. The output of the RC network is then connected to the delay line which creates the actual delay.

The GL2L5MS130D-C also features a protected clock input and output to prevent signal contamination while the delay line is in operation. The protected input is enabled by a PMOS transistor that is rated to withstand up to 400 mVpp, while the protected output is enabled by an NMOS transistor rated to withstand up to 500 mVpp.

In addition, the GL2L5MS130D-C has a temperature range of -55° to +125°C which makes it suitable for use in a variety of environments. It also meets the stringent EMC/ESD requirements ensuring reliable operation in potentially challenging conditions.

The GL2L5MS130D-C also has a low propagation delay of 125 ps which helps reduce latency and reduce power consumption. This makes it an excellent choice for applications that require precise timing and minimal power consumption.

Overall, the GL2L5MS130D-C is an ideal solution for applications where precise timing is required. Its low propagation delay, high temperature range, and protected input and output make it a great choice for benchtop testing, time management, and systems integration.

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