SI5338J-B07855-GM

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The SI5338J-B07855-GM is an application-specific timing solution from Silicon Labs. It is a high-performance, robust clock generator in a 6-pin package. The SI5338J-B07855-GM Clock/Timing IC provides support for a wide range of applications including industrial, consumer and communication applications.

The SI5338J-B07855-GM features a wide input frequency range, up to 900MHz, which makes it suitable for a variety of clock-generator applications. The supported input frequency and output frequencies can be adjusted independently, allowing it to be used in a wide range of applications. It can generate multiple frequencies with different phase relations, eliminating the need for multiple external components. It is also designed to provide a low-jitter output clock with a tiny footprint.

The SI5338J-B07855-GM also features a feature set that makes it ideal for use in industrial and communications applications. Its voltage operation range is from 1.4V to 3.6V and its temperature range is from -40 to +105 degrees Celsius. This wide range of inputs enables it to operate in a variety of harsh environmental conditions.

The SI5338J-B07855-GM is a highly integrated solution, providing support for multiple output frequencies, including spread spectrum output and a phase-lock loop (PLL) core. The wide range of features enables it to be used as a clock generator, phase-locked loop, programmable frequency generator, and other clock-related functions.

The main components of the SI5338J-B07855-GM are the PLL core and the low-frequency clock oscillator. The PLL core is a programmable digital core that locks an adjustable frequency onto the input clock. It works by using a reference frequency and a fixed or programmable charge pump current, to generate a feedback loop that locks the two frequencies together. The PLL core also provides support for various frequency dividers and enables generation of a wide range of output frequencies.

The low-frequency clock oscillator is responsible for providing a low-frequency clock output. It uses a low-noise, integrated crystal oscillator circuit that converts the input frequency into a low-frequency square wave. The low-frequency clock oscillator is also responsible for generating multiple output frequencies with adjustable phase delays between them.

The SI5338J-B07855-GM is designed to provide a reliable, low-jitter output clock that is suitable for a wide range of applications. The wide range of inputs, the ability to generate multiple frequencies with adjustable phase relations, and the low-jitter output makes it ideal for use in industrial and communication applications.

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