SY58022UMI

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The SY58022UMI is a very powerful and reliable clock buffer, drivers, and fan out device for frequency synthesis, clock distribution, and clock synchronization applications. It was designed to meet the high-accuracy, low-mediated skew and jitter requirements of clock generation and distribution, enabling designers to create reliable, high performance board designs. Its features include low input and output switch times, adjustable output duty cycle, adjustable skew and jitter, separate inputs and outputs, and multiple outputs.

The SY58022UMI is designed to provide clock buffering and fan-out for critical applications. It is ideal for use in chip sets, buses, and telecom applications that require high performance operation with minimal skew and jitter. The device includes two adjustable phase locked loop (PLL) and buffering circuits, which provide precision clock buffering, fan-out and frequency synthesis for frequencies up to 180MHz.

The PLL circuit has two inputs and can be used to divide the input frequency by any factor from 128 and up to 2046, depending on system requirements. The input signal is divided and buffered by the PLL circuit, providing a precisely controlled and accurately synchronized output frequency. The second PLL circuit then provides a buffered fan-out signal from the PLL circuit output, which can be used for further buffering, fan-out and synchronization between multiple systems.

The SY58022UMI also features adjustable output duty cycle, allowing designers to specify the exact output duty cycle required for their application. The adjustable output duty cycle helps reduce EMI/RFI issues and provides signal pre-emphasis for higher data rate applications. Additionally, the device also allows designers to adjust the skew and jitter between different outputs, allowing for tight signal timing control between boards and systems.

The SY58022UMI is an ideal solution for clock distribution, frequency synthesis and clock synchronization applications. Its features make it suitable for use in a variety of applications, such as chip sets, buses, telecom and other applications requiring high performance operation with minimized skew and jitter. Its low power consumption and high system performance make it an ideal choice for helping designers create reliable and high performance board designs.

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