PI6C185-01LE

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The PI6C185-01LE is a clock buffer, driver, and generator ideal for applications that require extra clock signal support. It allows a system to generate any number of multiple clock signals using a single or multiple clock source. This makes them ideal for systems that require quick signal delivery or synchronization without the need for multiple clock signal sources.

A clock buffer is a device used to drive multiple clock signals from a single source, usually in a digital system. Most systems need multiple clock signals for different functions like addressing, controlling, counter/timing and sequencing. Buffers are best used when these signals are located along a path that is long in distance, or if there are multiple sources used to drive different clock signals.

Drivers are necessary to distribute low speed clock signals at higher speeds across the system. This allows for the synchronization of the clocking for the different devices on the board. It is important to have robust and consistent clock signal output levels to ensure effective operation of different parts in the system. The PI6C185-01LE provides these features with its high speed differential outputs.

Generators are also used to provide a clock signal of consistent frequency. The PI6C185-01LE has a signal generator which allows a user to generate any number of clock signals with a single or multiple clock sources. This makes it very cost effective and allows for easy signal delivery. The signal generator also has the ability to synchronize these generated signals with great accuracy.

The PI6C185-01LE clock buffer, driver, and generator offers many advantages for digital systems that require multiple clock signal support. It provides the flexibility of being able to drive multiple clock signals from a single or multiple sources. It also offers high speed differential outputs for more robust signal distribution. Finally, it also has a signal generator which can provide consistent frequency signals, an important feature for systems where synchronization is important.

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