PI6C20800BAE

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PI6C20800BAE is a high-performance clock and timing devices specifically designed for increased performance, optimal power and efficient design. Clock/Timing - Application Specific products such as this are widely used for a variety of applications ranging from mobile devices to server and networking equipment. PI6C20800BAE is designed to exceed industry standards for accuracy and performance.

PI6C20800BAE Application Field

PI6C20800BAE can operate in a variety of application fields, including:

• Networking applications
• High-speed data communication systems
• Video surveillance
• Instrumentation
• Test & Measurement

This high-performance device is ideal for any application that needs accurate and reliable timing. With its wide frequency range and multi-channel support, PI6C20800BAE can provide the performance and reliability needed for demanding applications.

PI6C20800BAE Working Principle

The PI6C20800BAE works on the principle of voltage-controlled oscillators (VCOs). This type of oscillator uses an external input such as a voltage or clock signal to oscillate at a certain frequency. The PI6C20800BAE operates by the input signal being divided by a fixed divide-by-number, which produces an output signal that varies in frequency with the input. This allows the clock signal to be adjusted precisely, allowing it to switch between different timing modes.

The PI6C20800BAE can also be used as a phase-locked loop (PLL) to reduce jitter and improve signal integrity. A PLL locks the output frequency to a reference signal, thus reducing the jitter of the output signal substantially. This is used in applications where the signal needs to stay accurate and the jitter must be reduced.

The PI6C20800BAE can be used for a variety of timing applications ranging from providing a clock signal for a processor, to providing a precise reference clock for a PLL. It can also provide a variable reference clock for a video processor in order to adjust the timing of the video signal.

In addition to providing a precise clock signal with minimal jitter, the PI6C20800BAE also offers programmability, allowing it to be configured for different timing applications. The device has a built-in micro-controller and serial port allowing it to be programmed via SPI or I2C interfaces. The micro-controller allows the user to program the device for different timing applications and the serial port allows the user to read and write status and configuration data.

Conclusion

The PI6C20800BAE is a high-performance clock and timing device specifically designed for applications where accuracy, reliability and programmability are a must. It can operate in a variety of application fields ranging from networking applications to high-speed data communications. It is ideal for any application that requires precise timing, and can also be used as a phase-locked loop to reduce jitter and improve signal integrity.

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