SI5335A-B09031-GMR

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The SI5335A-B09031-GMR is a highly integrated delayed-lock loop (DLL) clock generator and voltage-controlled oscillator (VCO) that includes an 8-channel fan-out buffer. It has been specifically designed for telecommunications, military/aerospace and enterprise applications that require a low jitter clock or fan-out buffer.

The SI5335A-B09031-GMR supports up to 8 differential outputs with very low jitter and is configurable for a variety of applications. It can be used to generate clocks from a single source or to fan-out from a source where both differential inputs (INx0 and INx1) provide differential outputs (OUTx0 and OUTx1).

The SI5335A-B09031-GMR\'s architecture is based on Voltage Controlled Oscillator (VCO) blocks, which contain PLLs, frequency synthesizers, clock multipliers, and fan-out buffers. These components synchronize the device\'s clock to a constant recurring reference. The PLLs synchronize the clock rate using the available feedback loops. Frequency synthesizers produce an adjustable clock frequency output. Clock multipliers provide additional output frequency options, while fan-out buffers are responsible for distributing the clock signal to multiple points.

The SI5335A-B09031-GMR has a programmable output frequency range from 64 kHz to 1GHz, adjustable in 0.2% steps. It has programmable output voltage range from 0.4 V to 4.5 V, adjustable in 2.5 mV steps. Its maximum output jitter is 25 ps peak-to-peak (with both INx0 and INx1 inputs running at 4.5GHz). The SI5335A-B09031-GMR also supports up to 8 differential output channels, up to 4 clock outputs of variable width, and up to 4 channels of variable frequency output.

In summary, the SI5335A-B09031-GMR is a highly integrated clock generator, offering extremely low jitter, programmable output frequency, voltage, and multiple channel outputs suitable for telecom, military, aerospace, and enterprise applications. It is optimal for applications requiring reliable, highly accurate clock synchronization and fan-out offerings with minimal jitter. This device is the best choice for any application that requires reliable, low jitter clock generation or fan-out buffering.

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