SI5335C-B05265-GMR

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The SI5335C-B05265-GMR is a multi-output, programmable PLL clock generator, offering many different output configurations. This device combines a wide array of high performance clock generation and buffering features, and works with a single 3.3V power supply. The device can generate a wide variety of frequencies, from 937.5KHz up to 540MHz and the PLL can accept a wide range of external reference frequencies. It also features a wide range of programmable functions that make it suitable for a variety of clock generation applications.

The SI5335C-B05265-GMR supports up to six output configurations. It includes an integrated VCXO, spread spectrum and programmable slew rates, including input and output filters. It also supports a variety of optional functions like delta-sigma PLL outputs, selectable additive jitter rejection, and white-noise filtering. The device also supports clock gating and frequency switching capabilities, which can be used to provide dynamic clock switching. The device also offers programmable target frequencies and jitter specifications.

The working principle of the SI5335C-B05265-GMR is based on the phase-locked loop (PLL), which is widely used in clock generation applications. The phase-locked loop is a type of feedback system that can maintain a constant phase relationship between two signals. In this case, the two signals are the input reference clock frequency, and the output clock frequency. The PLL takes the reference frequency as an input and uses it to control the frequency of the output signal.

The PLL uses an internal charge pump, an oscillator, a phase-frequency detector (PFD) and a programmable loop filter to compare the two signals. When the two frequencies are equal, the PLL is said to be in lock. The PLL then starts to operate in a feedback loop, where the output frequency is adjusted to match the reference frequency. This process is done through the loop filter, which is programmed to maintain a specific closed-loop bandwidth.

The SI5335C-B05265-GMR is used in a variety of applications, including clock generation, clock distribution, and frequency translation. Additionally, the device can be used to create a high performance, low jitter clock signal, which can be used in Ethernet, audio, and other applications. The device is also well suited for video synchronization, radio frequency signal distribution, and digital signal processing systems.

In summary, the SI5335C-B05265-GMR is a highly integrated and programmable clock generator that combines high performance clock generation and buffering features, offering many different output configurations. It is well suited for a wide variety of applications, including clock generation, clock distribution, frequency translation, and digital signal processing.

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