SI5338M-B04370-GMR

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Clock/Timing - Application Specific: SI5338M-B04370-GMR

The Silicon Labs SI5338M-B04370-GMR is a multi-phase clock generator used to synthesize a wide range of frequencies and is generally applied in clock and timing systems. The silicon oscillator integrated circuit is based on an analog PLL technology and offers a wide range of adjustable frequencies with excellent jitter performance.The chip has the capability to synthesize clock frequencies in the range of 100 Hz to 2 GHz and can easily be configured to provide clock signals with accuracy of up to 30 ppm at 10 MHz. The SI5338M-B04370-GMR is suitable for a wide range of applications such as servers, storage systems, broadcast/consumer electronics, gaming consoles, and routers.The working principle of the chip is based on a Phase Locked Loop (PLL) technology. The chip has two components- the reference generator and the phase detector. The reference generator is the oscillator, which provides an accurate clock. The phase detector compares the phase of the incoming clock signal to the phase of the oscillator signal and sends an error signal to the control loop. This error signal is used to adjust the oscillator signal to match the frequency of the incoming clock signal. This ensures that the oscillator frequency and the incoming clock signal are always in sync.The SI5338M-B04370 series also includes an integrated differential driver, allowing the output data rate to be increased significantly and the signal integrity to be improved. In addition, the chip includes a wide range of programmable functions, such as spread-spectrum clock synthesizing and frequency division to reduce EMI/EMC interference.Overall, the SI5338M-B04370-GMR is an ideal solution for clock and timing systems, due to its wide range of adjustable frequencies, excellent jitter performance, and integrated differential driver.

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