SI5350C-B02371-GTR

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The SI5350C-B02371-GTR is a Clock/Timing component, specifically a Clock Generator, Phase-Locked Loop, Frequency Synthesizer. It is the best choice for a wide range of applications, such as timing solutions for computing and communications infrastructure and industrial solutions. This component generates programmable, very low jitter clock sources and synthesizes clean frequency outputs from low-cost crystals.

The SI5350C-B02371-GTR features a flexible clock generator with 22 programmable output sinks and 6 programmable outputs. It has a wide input frequency range (100 kHz to 400 MHz) and can supply up to 1 W of output power per output. The device is configured using a serial port and can be programmed with a variety of parameters including output frequency, output type, duty cycle, and output voltage.

The SI5350C-B02371-GTR is ideal for applications that require very low jitter required clock sources, including high-speed data communications, storage systems, spread spectrum clocking, and telecommunications. The device is also well-suited for applications such as frequency synthesis, clock distributions, and system clocks. In addition, this component can be used for other applications such as automotive, industrial control, medical, defense, and aerospace.

The operation of the SI5350C-B02371-GTR is based on a Phase-Locked Loop (PLL) which is designed to work on a wide range of frequencies. The PLL automatically calibrates the clock frequency and the output frequency is controlled by an integrated voltage-controlled oscillator (VCO). The VCO frequency can be adjusted using voltage or pins. The PLL also includes a frequency discriminator and scaler, which allow the frequency to be adjusted by changing the input voltage. The output frequency can be adjusted to comply with the required specifications for a particular application.

The SI5350C-B02371-GTR can generate very low jitter output clocks and extremely clean frequencies from a low-cost crystal. It is designed with on-chip temperature sensors and can automatically compensate the PLL operation for temperature variation of the oscillator. This ensures that the PLL operation is not affected by temperature changes and that the device will operate over wide temperature ranges.

The SI5350C-B02371-GTR is also highly reliable and can provide a long-term accuracy of around 0.05ppm. It also includes an output fault detector to alert the user of any output frequency variation. The device is highly efficient and draws less than 63 mA of supply current at 5.0V. It is also RoHS compliant and Halogen and Antimony Free, thus making it an ideal choice for green and environmentally friendly applications.

In conclusion, the SI5350C-B02371-GTR is the perfect choice for applications that require very low jitter clock sources and ultra low power consumption. It is a highly reliable device with a wide output frequency range and can generate clean frequency outputs from a low-cost crystal. With on-chip temperature sensors and a fault detector, the SI5350C-B02371-GTR is ideal for applications across various industries, including automotive, computing, communications, and industrial.

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