8538BGI-26LFT

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The 8538BGI-26LFT is a clock buffer designed for use in data communication networks. Its purpose is to route and convert signals from a low-frequency master reference clock to a differential signal that is more suitable for transmitting high-speed data. It has been designed to provide ultra-low jitter, high-getaway margin and low-power operation for a variety of applications.

The 8538BGI-26LFT provides differential outputs in LOW-Voltage Differential Signaling (LVDS), or Low Power Differential Signaling (LPDS) formats. The LOW-Voltage Differential Signaling (LVDS) provides output of up to 250 Mbps while the LPDS provides output of up to 20 Mbps. It also features a selectable enable pin, which allows the output to be disabled when not in use, resulting in a power savings.

The 8538BGI-26LFT is ideal for applications that need to provide timing signals with low jitter and high margin of error. It can be used in telecom, data communication and digital storage networks, as well as for digital video, audio and other applications requiring high-speed data transmission. Additionally, due to its low power consumption, it is suitable for battery-powered and low-power devices.

The working principle of 8538BGI-26LFT is based on an input clock, which serves as a master reference. This clock is routed through a bank of logic that converts the signal to a differential format that is suitable for transmitting high-speed data. The clock also passes through buffer and termination stages in order to reduce jitter and preserve signal integrity. Finally, the clock is output at a series of differential outputs and sent to the required destinations.

The 8538BGI-26LFT is a clock buffer that is ideal for use in a variety of applications including data communication, telecom and digital storage networks, as well as other high-speed applications. It provides low jitter and high-margin performance, enabling reliable data transmission at high speeds with minimal power consumption.

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