PL130-09SC

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The PL130-09SC is an integrated circuit, specifically a voltage controlled delay line, used to distribute clock signals in electronics applications. Its common uses include timing and frequency control in computers, telecommunications systems and medical instrumentation for synchronization and signal sequencing. The device, manufactured by California Instruments, operates with TTL (Transistor-transistor logic) logic levels and can be adapted for other logic, including CMOS (Complementary metal-oxide semiconductors).

Application Field:

The PL130-09SC is primarily used to provide communication between circuit boards and systems, optimized for low phase noise, low propagation delay distortion and is designed for applications requiring low phase jitter and low amplitude ripple. While optimized for the system clock, it can also be used to distribute other synchronous signals in applications such as telecommunications and instrumentation. Its low-skew properties make it well suited for applications that require multiple signals to cross as a group and be delayed together as a group. Its high-speed signaling capability also makes it suitable for a range of data-handling applications.

Working Principle:

The PL130-09SC works by transmitting clock signals into transmission lines connected to the product, which are then received on the output side. The delay is adjusted by a voltage controlling the internal delay line. This can be adjusted from 1 nanosecond to 8 nanoseconds via an external voltage control, allowing for precision timing adjustment. The product also has an ability to control its power consumption, with a low power mode when low clock frequency is used, increasing power efficiency.

The design of the product was created to provide uniform delay lines across all inputs and outputs. It achieves this by a process called de-skewing, where the delays on each line are adjusted in such a way that all the outputs arrive at the same time. The PL130-09SC also provides synchronization between independent systems, allowing them to run in sync and avoid data collision.

Conclusion:

The PL130-09SC clock buffer provides excellent performance for a variety of timing and clock distribution applications. It is built for low phase noise and can provide precise synchronization between independent systems. Its ability to de-skew lines and have an adjustable output delay make it an ideal solution for a range of data-handling needs.

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