PCK351D,118

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PCK351D,118 is a clock buffer, driver and timing device used to control the synchronization of digital signals. It is widely used in many applications, including telecom, automotive, medical, datacoms and industrial processes.

The PCK351D,118 is a fully configurable device that contains 16 individual, independently programmable clock buffers and two fully configurable programmable delay clocks. It has the capability to divide any input clock by two or three and multiple the clock frequency by a defined integer. It can also generate an additional clock edge from a given source clock.

It works by synchronizing digital signals at their source and converting them back to their original frequency at the receiving end. This is done by counting the frequency of each signal and sending a signal to the driving unit, so that each pulse is sent at a known rate. The PCK351D,118 then works to ensure that each signal is sent with the same time gap, regardless of the time gap that may or may not be present between each original signal.

The PCK351D,118 features an initial setup time of 250ns and a maximum reconfiguration time of 50ns, making it a good choice for applications where fast switching between multiple clocks is required. Equally, it offers pin compatible replacements for the commonly used MC14541B, MC14024B and MC13171C devices.

The PCK351D,118 is designed for applications where fast, low power and accurate timing are required. It offers a low power consumption of typically 3.6mA with a typical quiescent current of 0.4mA, making it suit for use in power sensitive applications. Additionally, the PCK351D,118 has a maximum clock frequency of 94MHz and can be used in a wide temperature range from -40 to 125 degrees Celsius.

In conclusion, the PCK351D,118 is an excellent choice for applications requiring fast and accurate timing while maintaining low power consumption. It is suitable for automotive, medical, datacoms and industrial uses as well as many other applications. Its features make it a convenient and reliable device for providing fast, low-power and accurate synchronization of digital signals.

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