PL680-39OC-R

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PL680-39OC-R Clock/Timing - Clock Generators, PLLs, Frequency Synthesizers

PL680-39OC-R is a high-performance programmable clock generator and frequency synthesizer module designed to reduce the time to market of system components. By providing an array of features, including an extended clock tree and mix-and-match clock outputs, the PL680-39OC-R offers system engineers the flexibility and scalability that they need to meet their timing requirements. This document will cover the application field and working principle of the PL680-39OC-R.

Application Field

The PL680-39OC-R clock generator is designed for use in a wide range of embedded and communications applications, such as clock-and-data recovery, digital radio, connected devices, and edge computing, allowing for dynamic control and flexibility. This product is an ideal solution for applications with multiple clocking requirements, as it offers a variety of clock tree architectures and options, from a single PLL to a multi-channel PLL that supports multiple clock sources.

The PL680-39OC-R can also be used in a wide variety of other applications, such as military applications, medical applications, aerospace, and industrial applications. In these applications, this clock generator can provide superior dynamic control and scalability.

Working Principle

The PL680-39OC-R clock generator works by first receiving an input clock signal, usually a crystal oscillator. This input signal is then converted to a high-frequency clock output, which is then sent to the PLL block. The PLL then serves as a frequency divider to create lower frequencies that are used to generate the desired output clock signals. The output clock signals can then be used in the various clock applications.

The most appealing feature of this clock generator is its highly programmable nature. This allows for a great deal of flexibility in the design of the clock tree. For example, the output clock frequencies can be adjusted to match a wide range of applications, such as ARM microcontrollers, FPGAs, networking ICs, and more.

Moreover, the PL680-39OC-R supports a wide range of input and output frequencies, allowing users to create a customizable clock tree. This feature enables the system engineer to meet the requirements of any given application. Furthermore, the PLLs support a wide range of output frequencies, allowing for even greater flexibility and scalability as the system requirements change.

Conclusion

The PL680-39OC-R is a highly programmable clock generator and frequency synthesizer module that is designed for use in a wide range of applications, from connected devices to edge computing. It offers system engineers the flexibility and scalability that they need to meet their timing requirements, as its highly programmable nature enables the users to create a customizable clock tree. This clock generator offers features, such as an extended clock tree and mix-and-match clock outputs, that allow for dynamic control and scalability, making it an ideal solution for applications with multiple clocking requirements.

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