5PB1108CMGI

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The 5PB1108CMGI is a powerful clock buffer and driver. It is a robust and reliable way to quickly and accurately transmit time-critical objects and signals. The device can provide full clock, pulse, and logic functionality with a variety of load capacities and resource requirements. It can be used in a diverse array of clock and timing applications such as clocking data, synchronizing multiple systems, providing retiming of clock signals, and allowing dynamic switching of clock source. It is the ideal choice for high speed and large capacity requirements.

Application Field

The 5PB1108CMGI is most applicable in applications where multiple, large-scale systems must be synchronized without fail. This device is able to provide accurate transmission of time-critical objects and signals, even when those signals are much more than the game. It can provide the resiliency that is required from clock buffering and drivers when there are critical resource allocations in operation. Additionally, the 5PB1108CMGI can support a line of applications for data synchronization and switchable experimentation input. This device can provide users with multiple clock sources, allowing them to switch between a desired clock source as needed. Such applications make use of the latch-free operation, which eliminates the need to reprogram or reset the device once it is installed. Therefore, the device provides users with an easy, quick, and reliable solution to their clock and timing needs.

Working Principle

The 5PB1108CMGI works by propagating a clock signal to multiple outputs. The device is equipped with an integrated phase-locked loop (PLL) which helps to eliminate clock skew and jitter between the different output signals.Also, the device typically supports more than two clock sources. This allows for dynamic switching between said sources.The device also contains a pulse-width error adjuster function that allows users to modify the pulse width of the output signals, depending on their application. This helps ensure accurate transmission of information through the various outputs.

The control inputs on the device determine the output signals. The device can be hardware-programmed through the use of a chip select pin. This pin can be connected to a microcontroller or logic circuit, where commands are sent to the chip. The chip then updates its output signals, resulting in adjusted transmission delays and thus more accurate synchronization of multiple systems. All in all, the 5PB1108CMGI allows for accurate and reliable transmission of large-scale data and events with multiple output sources.

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