SI5330H-B00220-GM

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The SI5330H-B00220-GM is a member of the Precision Clock Multiplexer (PCM) product family from Silicon Labs which has a wide range of applications in many sectors like aerospace, communications, consumer and industrial process control. It is a silicon-based device, offering low power, small size and high accuracy clock correction and synchronization. It is designed to improve system timing and accuracy in complex distributed network applications.

The SI5330H-B00220-GM works by taking an input clock signal, which may be either a single crystal reference, or an additional reference clock, of any frequency, and selecting it and then routing it to one of two outputs. The second output is then used to resynchronize the system to the originally referenced frequency. In addition to the clock selection and routing, the SI5330H-B00220-GM also includes distributed zero delay buffers (ZDBs), allowing the synchronization of up to 8 external clock sources. These ZDBs can be reconfigured between the primary and secondary outputs, allowing the system to be reconfigured for various synchronization requirements.

The SI5330H-B00220-GM is mainly used in applications that require multiple clock sources with precise accuracy to be accurately synchronized, including clock and data distribution, clock fanout, broadcast and distribution, and clock synchronization. It also provides a high degree of flexibility, making it well suited for applications that may require changes in the clock architecture and timing. Additionally, it is used in applications that require precise synchronization and jitter control, such as high-speed data transfer over lossy networks, and in frequency recombrination and clock clean-up.

The SI5320H-B00220-GM works by taking an input clock signal, selecting and routing it to one of two outputs, and then providing distributed zero delay buffers for each output for precise synchronization. It utilizes a proprietary multi-channel phase-locked loop (PLL) to continuously monitor and adjust the oscillators and clocks, allowing it to quickly and accurately respond to any changes in the clock input. In addition, it also has spread spectrum capabilities, which allows for the reduction of electromagnetic interference and for improved reliability.

The SI5330H-B00220-GM offers a wide range of features including a wide operating temperature range, low jitter and low power consumption, making it ideal for a wide range of applications. It is available in a variety of frequencies, including 20 to 200 MHz and can be configured with a variety of options, including 8MHz to 25MHz spread spectrum and optional spread option. Additionally, it supports two separate reference clocks and can be used with multiple outputs.

In summary, SI5330H-B00220-GM is used to improve system timing and accuracy in complex distributed network applications. It is mainly used to precisely synchronize multiple clock sources and is commonly utilized in clock and data distribution, clock fanout, broadcast and distribution, and clock synchronization applications. It employs a multi-channel phase-locked loop to continuously monitor and adjust the oscillators and clocks, allowing it to respond quickly and accurately to any changes in the clock input. It also provides spread spectrum capabilities, allowing for improved reliability and for the reduction of electromagnetic interference, and features a wide operating temperature range, low jitter and low power consumption.

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