ICS954213AGT

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The ICS954213AGT is a matrix switch clock/timing IC. It is designed as a clock synchronization chip specifically for high performance applications. The ICS954213AGT is application specific, meaning that its use is limited to a specific range of applications. These applications include point-to-point timing control and synchronization, dynamic memory timing control, wide area network timing control, communications timing control, and local area network timing control.

The primary purpose of the ICS954213AGT is to ensure that the timing of data communication is consistent and precise across multiple devices. The ICS954213AGT acts as a central hub, providing a clock and timing signals to different devices in a system. The device comprises four main components: a clock driver, timing control logic, delay line logic, and termination logic. The main features of the ICS954213AGT include a low latency clock synchronization, low power consumption, and high accuracy.

The clock driver is responsible for providing a reliable source of clock and timing signals to devices in the system. It is designed to generate low jitter signals and provide long-term accuracy and stability. The timing control logic is designed to ensure that the signals sent to each device are synchronized to a reference clock. Delay line logic is used to adjust the phase of signals sent to different devices, allowing them to be synchronized to a common reference clock. Finally, the termination logic is used to ensure that the signals sent to each device are properly terminated, preventing erroneous signals from being sent.

The ICS954213AGT is part of a family of clock/timing synchronization ICs, each of which is designed for a specific application. The ICS954213AGT is specifically designed for high performance applications and provides precision synchronization, low latency, and low power consumption. This makes it ideal for applications such as point-to-point timing control and synchronization, dynamic memory timing control, wide area network timing control, communications timing control, and local area network timing control.

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