CDCE925PERF-EVM

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Evaluation and demonstration boards and kits are invaluable tools for understanding and applying technology. They allow engineers, hobbyists, developers, and students to quickly and easily evaluate, prototype, debug, and demonstrate electronic circuits and systems. One such device is the CDCE925PERF-EVM Evaluation Module from TI. This device is designed to demonstrate the capabilities of CDCE925 10-bit to 25-bit bus-transceiver (BusTXR) Clock Distribution and Fanout Buffers.

Specifically the CDCE925PERF-EVM is produced by Texas Instruments and designed to evaluate performance of the Texas Instruments CDCE925 clock distribution and fanout buffers. The board is capable of providing eight outputs— a 25-bit differential bus-transceiver output and seven 10-bit programmable outputs. The board features two modes of operation: Normal Mode and Test Mode. In Normal Mode, the board is capable of setting up, monitoring, and controlling the bus-transceiver and the seven assorted fanout buffered outputs. In Test Mode, the board can be used to evaluate the performance of the clock fanout buffers in various configurations.

The Eval Module contains two main components: a CDCE925 clock distribution and fanout buffer, and an on-board FPGA. The CDCE925 chip is designed to allow the three differential bus-transceiver outputs to be fan-out to as many as 80 outputs with very low jitter and random noise. The CDCE925 is provided as an integrated part of the Eval Module, making it easy to set up different clock frequencies and configurations. The FPGA provides an simulated environment for the clock distribution and fanout buffer, allowing the user to evaluate the performance of the chip.

The Eval Module also contains a microcontroller, which is used to control all of the clock frequencies and configurations. The microcontroller provides the user with an easy to use interface for adjusting the clock configurations and viewing the output of the various buffers. The Eval Module comes with an on-board Real-Time Operating System (RTOS) which provides an intuitive user interface for quickly modifying and monitoring the clock configurations.

The Eval Module is a great tool for quickly evaluating the performance of the CDCE925 10-bit to 25-bit bus-transceiver (BusTXR) Clock Distribution and Fanout Buffers. It allows the user to quickly and easily set up, monitor, and control their clock configurations. By providing an on-board RTOS and microcontroller, the Eval Module also allows the user to adjust the clock configurations and view the output of the various buffers quickly and easily. Finally, by simulating the clock fanout buffer on the board, the Eval Module provides the user with a great way to evaluate the performance of their clock configurations in a simulated environment.

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