PI6CVF857AE

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Clock/Timing - Application Specific

The PI6CVF857AE is a high-performance programmable clock generator designed to provide clock signals for a variety of applications. This flexible, low power device features precision on-board frequency synthesis up to 125 MHz. It also has on-board bandwidth management and clock filtering, enabling it to generate clock signals with minimal jitter and improved reliability.

The PI6CVF857AE is ideal for a wide range of applications, including networking and communications, consumer electronics, automotive, industrial, and medical. It can be used in a variety of different applications where precise clock timing is critical, including synchronous and data acquisition systems, wireless systems, clock recovery circuits, and other timing circuitry.

Application Fields

The PI6CVF857AE is typically used in applications where tight control and accuracy of clock frequencies are needed. It is particularly suited for applications in the consumer, communication, and automotive markets. Its flexibility and precision make it ideal for consumer electronics and gaming, where users demand low-latency and accurate timings from their devices and systems. It can also be used in communication systems where synchronization between nodes is critical, as well as in automotive systems which require high precision timing signals.

In addition, the PI6CVF857AE is suitable for applications in the industrial, medical, and IoT markets. Its small form factor and low power consumption make it appropriate for connected medical devices, industrial systems, and Internet of Things networks.

Working Principle

The PI6CVF857AE utilizes a combination of digital logic and analog components to create precision clock and timing signals. This combination makes it highly configurable and allows the user to program a desired clock frequency without the need for additional components or external control. The PI6CVF857AE can generate frequencies from 8 kHz to 125 MHz using its on-board clock synthesizer, and the accuracy of the resulting signals can be up to 1 ppm. The device also features on-board clock filtering and bandwidth management, which enable it to deliver clock signals with minimal jitter, improved reliability, and enhanced system performance.

The PI6CVF857AE has several output ports which enable the user to generate multiple clock signals simultaneously or with pre-set delays. It is also capable of producing pulses at various frequency ratios, helping to reduce hardware costs and complexity. The device’s low power consumption and small form factor make it ideal for embedded and portable applications.

In summary, the PI6CVF857AE is a highly reliable, high performance clock generator designed for a wide range of applications. Its flexibility, precision levels, and low power consumption make it an ideal choice for a variety of timing and synchronization applications in the consumer, communication, embedded, automotive, industrial, and medical markets.

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