SI5335C-B07286-GMR

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The SI5335C-B07286-GMR is a clock generator that is part of the Clock/Timing - Clock Generators, PLLs, Frequency Synthesizers family. It is designed to provide a way of generating and distributing clocks from a single reference source. It is available as a stand-alone device as well as incorporated into other components for a full clocking solution.

The SI5335C-B07286-GMR includes a low jitter PLL (phase-locked loop) capable of generating different frequencies up to 600 MHz and also features two differential outputs. The device has an integrated crystal oscillator and an on-chip loop filter. It is programmable through an SPI or I2C interface. It also has excellent jitter performance, offering low jitter up to 200 MHz.

The SI5335C-B07286-GMR is capable of handling a wide range of applications including networking, broadcast, consumer electronics and computing. It provides customers with a quick, cost-effective and flexible solution for synchronizing multiple clock sources, clock distribution and phase alignment. The frequency synthesis capabilities and adjustable phase shift also make it suitable for many time-of-flight laser applications.

The working principle of the SI5335C-B07286-GMR is simple. It consists of a PLL (phase-locked loop), an oscillator, and an on-chip loop filter that is used to implement a wide range of programmable functions. The PLL circuit takes an input frequency, divides it down, and multiplies it up to generate a different frequency. The output frequency of the PLL can be adjusted by tuning the loop filter and the values of external capacitors, as well as the oscillator frequency. The output frequency can be tuned to match the user’s desired frequency.

The SI5335C-B07286-GMR is a highly versatile clock generator that is perfect for many applications. Its easy programmability and low jitter performance make it suitable for a variety of time-of-flight laser applications. Its adjustable phase shift makes it a great choice for implementing frequency synthesis and distributing clocks from a single reference source. The combination of high-end performance, flexible programming, and cost-effective solution make this device an ideal choice for any application.

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