PL586-08DC

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

Clock/Timing - Clock Buffers, Drivers is a diverse category of components located at the heart of digital product designs. Its primary function is to convert low-frequency timing signals to much higher-frequency signals. PL586-08DC is a typical product in this family of components.

PL586-08DC is an 8-output differential clock buffer optimized for applications with data rates up to 680 Mbps. This clock buffer features an integrated 2-bit programmable clock divider which can further reduce the output frequency by up to a factor of 4. The device also features integrated adaptive to input signal switching and jitter attenuation. It\'s suitable for both single supply and dual supply applications.

The working principle of the PL586-08DC is straightforward. It takes an input clock signal, buffers it, cleans up high-frequency noise and jitter, divides the signal, and then provides eight low-skew outputs up to 680 Mbps. The device is designed to quickly adapt to changes in input signal level, and to provide clean, stable signal delivery.

The PL586-08DC can be used in a variety of applications, including test and measurement, optical networking, digital video broadcasting, and telecom switching. It is ideal for controlling on-chip clock domains, as well as distributing clean timing signals to multiple destinations. The device can also be used for clock skew elimination in systems with multiple clock domains, as well as for cleanly distributing high-speed clock signals in systems requiring long signal paths.

In order to get the most out of the PL586-08DC, it should be connected to a good quality clock source or crystal oscillator. This will ensure that the clock signal reaches the buffer along a clean and reliable path. Additionally, the device should be properly grounded and decoupled to ensure low noise and jitter across all outputs.

To summarize, the PL586-08DC is a versatile clock buffer optimized for applications with data rates up to 680 Mbps. It can quickly adapt to changes in input signal levels, and provides clean, low-skew outputs. Its primary purpose is to convert low-frequency timing signals to much higher-frequency ones, making it suitable for test and measurement, optical networking, digital video broadcasting, and telecom switching applications.

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