PL130-09SC-R

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The PL130-09SC-R is a high-performance clock buffer, driver and distributor which allows signals to be routed at extremely low-noise, low-skew. This low-cost device can be used to drive multiple clock lines at different frequencies in computer processors, microprocessor chips, and other high-speed application circuits. The output of the device has been optimized for low-noise to eliminate jitter and reduce cross-talk in next-generation clock circuits. This device is also capable of providing precise timing and synchronization very robustly, even when used in complicated or noisy systems.

The PL130-09SC-R consists of two sections, a buffer and driver section and a distributor section. The buffer and driver section consists of a high-performance buffer which is capable of driving multiple clock lines at different frequencies. The buffer has been optimized for low EMI, low-power, high-speed, and low-skew which makes it ideal for high-speed applications. Additionally, the buffer includes a driver which is specifically designed to drive the clock and data lines. The driver operates with low harmonic distortion, low modulation, and low-noise.

The distributor section consists of several identical distribution circuits, each capable of driving one of the multiple clock lines. Each distribution circuit is equipped with a digital delay line (DLL) which allows for precise and low-jitter timing control. Additionally, the DLLs can be programmed to drive the lines at different frequencies and levels in order to provide synchronization to each clock line. Each distribution circuit also has an adjustable termination resistance in order to match closely the line impedance and reduce reflections.

The PL130-09SC-R is a highly reliable, low-skew, low-jitter, and low-noise clock buffer, driver, and distributor. Its high-performance architecture and adjustable termination resistance ensure precise timing and synchronization in complex applications. Additionally, its low power consumption, low EMI performance, and high-speed capabilities make it an ideal choice for high-performance, high-speed clock circuits and microprocessor chips.

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