LMX25221635EVAL/NOPB

Evaluation and demonstration boards and kits are designed to help expedite the development of electronic products, and to provide a way to compare and demonstrate capabilities of various components and tools. The LMX25221635EVAL/NOPB is a powerful evaluation board designed to evaluate Texas Instruments\' LMX2522 16-bit clock generator, an easily programmable part that integrates both frequency synthesis and jitter attenuation capabilities into a single, small form factor package.

The LMX25221635EVAL/NOPB application field encompasses telecom and data transmission systems, consumer electronics, modems, and video broadcast applications. It is optimised to design, detect and debug phase noise, power dissipation, and source jitter performance, giving users full control over their devices. It also contains an array of features that provide intelligence that enables the user to maximize performance and minimize time-to-market.

The device is suitable for multiple jitter evaluations, jitter analysis, and jitter suppression in applications ranging from telecom/datacom to consumer electronics and test equipment. Jitter is an unavoidable aspect of all electronic circuit design, and has a major impact on the overall performance of a circuit. By understanding jitter and manipulating its magnitude and behavior, designers are able to create highly reliable designs that will meet their needs and exceed end user expectations.

The LMX25221635EVAL/NOPB evaluation board is designed to evaluate and optimize the jitter performance of the LMX2522 16-bit clock generator. The board includes a wide frequency range, low power consumption, and a wide range of jitter attenuation options. It features a number of integrated jitter filters and attenuators, including an optional programmable dampening filter, giving users the flexibility to evaluate and optimize jitter performance across multiple process corners. It also supports a variety of jitter models, from simple first order linear to complex third order nonlinear.

The LMX25221635EVAL/NOPB evaluation board also offers a wide selection of input and output voltage measurements, allowing users to quickly detect jitter over temperature or voltage changes. It has an integrated oscilloscope probe, a logic analyzer probe, a logic level converter, and a FFT and PLL analyzer for deeper jitter analysis. Finally, the LMX25221635EVAL/NOPB comes with comprehensive software for programming, configuration, and analysis.

In summary, the LMX25221635EVAL/NOPB evaluation board provides an easy to use and powerful platform for evaluating and optimizing the jitter performance of Texas Instruments\' LMX2522 16-bit clock generator. With its wide frequency range, low power consumption, and extensive jitter analysis and optimization options, it is the ideal solution for designers looking to maximize their design\'s performance. Providing all of the necessary tools for quickly and effectively evaluating and optimizing circuit performance, LMX25221635EVAL/NOPB is the perfect tool for any electronic circuit designer.