PL585-P8-358OC-R

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

The PL585-P8-358OC-R is a high quality, reliable and cost-efficient clock generator and timing device. It is mainly used to generate clock signals in a wide range of applications, such as data communication networks, microprocessor-based systems, and precision timing control systems. It is also used for testing and measurement applications.

The PL585-P8-358OC-R clock generator employs a phase-locked loop (PLL) as its primary circuit. The PLL allows the PL585-P8-358OC-R to produce a variety of output frequencies by locking onto and tracking an external reference clock. This reference clock, which is connected to the clock generator’s inputs, is typically a crystal oscillator. The oscillator serves as a stable reference for the clock generator to use in generating its output clock signals.

The PL585-P8-358OC-R’s output frequency range is 56 kHz to 150 MHz. Output frequency divider options are available to divide the output frequency, allowing frequency conversion from 56 kHz to 150 MHz and from 150 MHz to 56 kHz. Additionally, the PLL can be turned off, allowing a fixed frequency clock signal to be maintained from the reference input clock to the device’s output.

The PL585-P8-358OC-R clock generator also offers a variety of features and configurations to meet specific system requirements. It offers multiple clock outputs, each with their own selectable set of frequency ranges, output types, and clock transitions. Other output programmability options such as dose fanout, skew, and pre-compensation are also available. These features can help reduce the complexity of a system’s design and make it easier to troubleshoot.

The PL585-P8-358OC-R clock generator is a versatile and reliable device, suitable for a wide range of applications. It offers high performance, cost-efficiency and wide frequency range support, making it an ideal choice for many data communication networks, microprocessor-based systems and precision timing control systems. The device’s features and configurations can help reduce complexity and make it easier to troubleshoot.

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