CY22801FXC

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

CY22801FXC is a family of high-performance, clock/timing components designed for use in digital integrated circuits. The devices are a combination of frequency synthesizing, generating, distributing and control functions designed for a wide range of system-level and on-chip clock/timing applications. The CY22801FXC family of clock components are composed of complex digital, analog, and mixed-signal components and technologies, allowing for precise and controlled performance in a wide variety of applications.

The CY22801FXC has numerous advantages over competing components in the clock/timing space. It combines a high speed clock generator, frequency synthesizer, PLL, and clock distribution functions into a single platform. It is capable of providing multiple simultaneous output frequencies and is scalable to provide even more outputs as needed. The CY22801FXC utilizes a digital differential phase locked loop (DDPLL) technology which provides a high degree of frequency accuracy and control even in noisy electromagnetic environments. The components are also robust and reliable and can handle high clock frequencies and temperatures with ease.

The application field of the CY22801FXC includes a broad range of clock- and timing related applications where clock synchronization and precision control is paramount. These include communications, networking and computer/memory applications, as well as automotive, industrial and medical systems. The CY22801FXC is capable of supporting multi-channel, multi-standard and multi-protocol interfaces and functions, making it an ideal choice for an ever increasingly complicated clock/timing landscape.

The fundamental principle of operation for the CY22801FXC is that of frequency synthesis. Frequency synthesis is a process for generating a desired frequency from a known, but possibly very different, input frequency. A frequency synthesizer is typically composed of mixing and filtering stages where the input frequency is mixed with a reference frequency, filtered to remove any resulting harmonics and then compared to the desired output frequency. This comparison is used to adjust the control signals sent to the mixing stage, such that the output frequency encountered at the output is the desired frequency. This process is known as phase-locked loop (PLL) technology, and is employed in the CY22801FXC devices in order to achieve the desired frequency accuracy and control level.

In conclusion, the CY22801FXC is a family of high-performance clock/timing components capable of providing precise and reliable frequency control and distribution. Utilizing a combination of digital, analog, and mixed-signal technologies, the CY22801FXC can handle a wide range of clock/timing related applications. The fundamental principle of operation of the CY22801FXC is the use of frequency synthesis or phase-locked loop (PLL) technology in order to provide the desired level of frequency accuracy and control.

The specific data is subject to PDF, and the above content is for reference