5PB1104CMGI

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The 5PB1104CMGI is a clock buffer with dedicated and optimized features for driving modern communication networks. This clock buffer is designed to provide maximum low power support and high power supply performance. It also features both high and low voltage ranges, as well as a low insertion linear adjustment and clock skew adjustment.

In terms of application fields and working principle, the 5PB1104CMGI is primarily used to buffer, distribute, adjust, and route clocks in various network configurations. It provides a low-power solution for high-speed communication networks, enabling synchronization, routing, and jitter reduction. The device provides a low ignition linear control for jitter control, providing better performance in data communication systems at high-frequency clock input. It also provides adjustable clock skew, which helps reduce electromagnetic interference in the system.

The device includes two main components - the clock buffer itself, and the clock skew adjustment module. The clock buffer is responsible for buffering the incoming clock signal, amplifying it and distributing it to different branches of the network. It provides low power dissipation, high signal integrity, and adjustable linear control for jitter control. The clock skew adjustment module includes an adjustable delay line that allows the user to adjust the signal skew within the clock input.

The 5PB1104CMGI provides up to eight output clocks of various frequencies (from 20MHz to 156MHz) and powers up to 32 clock lines. It is designed to effectively drive the outputs over the full supply range, allowing for higher output current and noise performance. The size of the parts is very small, allowing for an increase in the integration of the system.

The 5PB1104CMGI is a valuable addition to any modern communication network, as it helps reduce jitter, increase signal integrity, and provide low power dissipation. It is used in a variety of applications, including VoIP, video conferencing, and other high-speed communication networks. It also enables more reliable transceivers, with improved immunity to environmental noise and output current.

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