SI5334F-B02384-GMR

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The SI5334F-B02384-GMR is an application specific clock from Silicon Labs. This specific application is optimized for mission-critical, precision timing performance. It is designed to provide accurate clock and timing functions for a variety of applications.

The SI5334F-B02384-GMR is specifically designed for mission-critical timing and control applications. It offers various programmable operating frequencies, clock outputs, and multiple jitter-reduction mechanisms. It can be used in a variety of applications, such as computing, telecommunications, and medical systems.

The SI5334F-B02384-GMR is a general purpose clock generator and clock jitter cleaner designed for a variety of precision timing applications. It has an operating temperature range of -40℃ to +85℃. It can generate accurate clock oscillations with low jitter and frequency errors. The device is also able to provide clock frequencies from 0.6 MHz to 25 MHz.

The SI5334F-B02384-GMR is a pin-to-pin compatible device that offers a range of programmable clock output frequencies and jitter-reduction mechanisms. It features differential input and output clock outputs for increased reliability and noise rejection. The device also has the ability to use both a single-ended input clock or two differential input clock.

The SI5334F-B02384-GMR is designed to provide timing control with high accuracy and low jitter. It is also designed to reduce stability issues with long trace lengths, and offer wider temperature range performance. The device also has the capability of single-ended-to-differential conversion and synchronous data-rate conversion.

The SI5334F-B02384-GMR is a specialized clock for mission-critical, precision timing applications. Its combination of low jitter, wide temperature range performance, and multiple programmable clock outputs make it an ideal clock solution for mission-critical timing and control applications. Moreover, its compatibility with both single ended and differential clock inputs further enhances its versatility.

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