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 - Application Specific: SI5338N-B07562-GMR

The SI5338N-B07562-GMR is an Application Specific clock from Silicon Labs, designed for a variety of high performance applications. The device is part of the 5dBm family of products, featuring integrated phase-lock loop (PLL) and on-board clock generation.

This product is ideal for many applications requiring high data rates, such as communications, military, medical, and industrial applications. The device has an extremely low power input, allowing it to be used in situations where energy efficiency is essential. The integrated PLL also ensures that the signal remains stable even in varying environmental conditions.

SI5338N-B07562-GMR is capable of generating various clocks with customizable output frequency. It can support 2 single-ended outputs and 6 differential outputs with adjustable duty cycle and programmable phase shift. The clock signal outputs can be controlled through on-board programming and the devices include basic digital signal processing for signal conditioning.

The device is designed to accept signals from a variety of sources, including multiple clock sources and other low clock sources, such as LVCMOS, LVDS, and USB-3.1. The PLL design ensures that the output clock signal is synchronized with the input signal even in noisy environments. It also provides SSI and/or I2C interface for easy control over the device.

The on-board datapath provides a set of features to enhance user applications. It includes programmable frequency synthesizers, fractional counter, charge pump, and adjustable frequency divider. The programmable frequency synthesizers feature a wide operational range, allowing it to generate fast frequency changes, even when the input signal is changing.

Overall, the SI5338N-B07562-GMR provides an ideal solution for many high-performance and high-scale applications. The integrated PLL and on-board datapath features offer improved performance and lower power consumption, and is capable of delivering reliable clock signals where many other solutions fail. The device is also cost-effective, making it an attractive solution for a variety of applications.

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