AD9550/PCBZ

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Evaluation and Demonstration Boards and Kits play important roles in embedded industries for designers to evaluate and demonstrate the features of a developed device. In particular, the AD9550/PCBZ is a powerful evaluation board and kit that provides engineers with the ability to evaluate the performance of an existing device and to demonstrate its capabilities. This evaluation board and kit is widely used in the industrial and consumer markets due to its simple installation, flexible capabilities, and low power consumption.

The AD9550/PCBZ Evaluation Board and Kit is designed to evaluate the performance of dual channel Clock Jitter Attenuator (CJA) plus Clock Buffer. It utilizes a dual channel synthesis architecture, allowing the user to program the frequency and phase margin for each clock output. The board also includes a reference oscillator that provides up to 0.1ppm performance when used with the on-board 16-bits DAC that stores the frequency and phase settings. Additionally, the kit is comprised of multiple reference boards and a PIC or ARM based verifier board to facilitate quick testing and demonstration.

The Evaluation Board and Kit offer a range of benefits to designers and engineers. Firstly, they enable quick evaluation of a device’s capabilities. Thanks to the clock synchronization/programming circuitry, designers can quickly adjust the clock speed or phase as required. Additionally, the board maintains a low power consumption thanks to its wide operating temperature range, which can be configured to match specific application needs. Second, the Evaluation Board and Kit facilitates easy demonstration and prototyping. By providing a verifier board, designers can quickly implement their designs with confidence knowing that all the necessary features are provided as part of the kit.

The AD9550/PCBZ Evaluation Board and Kit is based on TI’s CLKJITTER™ architecture and employs high-efficiency clock buffer technology. The device features low-jitter clock synthesis, allowing the user to program the frequency and phase margin for each output without a significant increase in output noise. Additionally, the device is designed for high signal integrity, and it includes an output clock range of up to 100MHz. Finally, the device includes a low-power standby mode to reduce power consumption when the kit is not in use.

In conclusion, the AD9550/PCBZ Evaluation Board and Kit is designed to provide designers with an effective way to evaluate and demonstrate the features and performance of a developed device. The kit features an intuitive user interface, simple installation, flexible capabilities, and low power consumption. Furthermore, the kit includes a verifier board, enabling designers to quickly implement their designs with confidence. As such, it is widely used in the industrial and consumer markets for the purpose of evaluating and demonstrating a device’s capabilities.

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