PI6C557-03LEX

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The PI6C557-03LEX clock is an application-specific device designed for high-speed, high-performance timing applications. This particular product comes with a 3-channel buffered LVCMOS output and logic-level compatibility, making it ideal for high clock frequency applications. It also features a fast lock, which allows it to rapidly adjust its output to new clock frequencies. This makes it perfect for applications where frequent changes in frequency are required.

Features

• High speed, high performance timing
• 3 channel buffered LVCMOS output with logic-level compatibility
• Fast lock allows rapid adjustment to new clock frequencies
• Industry-leading spread-spectrum performance
• Optional pin pull-up/pull-down devices
• Ultra-low jitter and phase noise
• Small package size and low pin count

Applications

The PI6C557-03LEX clock is designed to meet the needs of high-speed and high-performance timing applications. It can be used to provide a clock signal in applications requiring extreme accuracy, such as in communication systems, automotive systems, and industrial automation. The clock can also be used for video application needs, such as video decoding and encoding, and for broadcast systems that require precise timing.

Working Principle

The PI6C557-03LEX clock uses a proprietary spread-spectrum technique in order to achieve its high-speed, high-precision timing performance. This technology is based on an algorithm that modulates the clock output to reduce electromagnetic interference (EMI) and power consumption. The clock quickly locks to its set frequency and remains highly stable over a broad temperature range. Additionally, the device operates over a wide voltage range, which allows its use in a variety of applications.

Conclusion

The PI6C557-03LEX clock is an application-specific device designed for high-speed, high-performance timing applications. It features a fast lock, which allows it to rapidly adjust its output to new clock frequencies. This makes it ideal for applications requiring frequent changes in frequency. It also offers industry-leading spread-spectrum performance, ultra-low jitter and phase noise, as well as a small package size and low pin count. This device is perfect for a variety of applications such as communications, automotive, industrial automation, and video.

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