PI6C557-03BLE

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The PI6C557-03BLE is a frequency output oscillator ideal for use in various applications. It features 3 differential clock outputs, with a frequency range of 6 to 200MHz, and a sample jitter of less than 1ps. This oscillator is well suited for applications in fields such as: high frequency switching and clocking, high speed digital to analog conversions, and high speed communications.

The PI6C557-03BLE is a very important part of the clock/timing industry. By utilizing a low jitter clock oscillator, the accuracy and performance of the application can be greatly improved. This oscillator is particularly well suited for use in applications requiring precision timing and frequent clocking cycles.

The PI6C557-03BLE is an Application Specific part, designed for applications requiring very precise timing. This is a purposely designed oscillator with specific components that enable it to run more accurately than others in its class. This oscillator utilizes a high quality, low jitter PLL (Phase Locked Loop) and a stable oscillator in order to achieve its accuracy and repeatability in every cycle.

The PI6C557-03BLE consists of several components working together in order to produce the required output. The oscillator utilizes a PLL (Phase Locked Loop) to generate the desired clocks, and a quartz crystal is used as the reference frequency source. The feedback loop then adjusts the output frequency according to the feedback from the crystal.

The output frequencies for the PI6C557-03BLE can be specified via a divide by N system. This allows for tight tolerance frequencies that are adjustable across the full frequency range. The stability of the oscillator can be adjusted depending on the type of output clocks that are needed. This is done by varying the width of the feedback loop.

The PI6C557-03BLE is an ideal choice for applications requiring fast and precise clocking. It is an excellent choice for applications requiring high reliability, accuracy, and repeatability. Its versatility allows it to be used in a wide variety of applications, including: high frequency switching and clocking, high speed digital to analog conversions, and high speed communications.

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