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Evaluation and Demonstration Boards and Kits

The 129477-HMC836LP6CE is an evaluation board and kit used to evaluate and demonstrate the high frequency performance of the HMC836LP6CE amplifier module. This board was developed in joint collaboration between legacy companies Anadigics and Hittite providing a device that feature integrated discrete active and passive components. This kit is most often used to demonstrate the HMC836LP6CE amplifier module, but it can also be used in other applications. This evaluation board and kit includes multiple connectors for accessing the board\'s basic I/O ports, various LED indicators to show implementation status, and an MSOP surface mount package.

Application Field

The 129477-HMC836LP6CE evaluation board and kit is suitable for both lab development and production environments that seek to evaluate, demonstrate, debug, and implement complex high frequency amplifier designs. This application board is designed for easy integration without requiring the need for complex knowledge and experience.

The board has been specifically designed for evaluation over a wide range of operating frequencies and power levels. It is important to note that the board is a 3 polarity device with both positive and negative supplies and can be used as both a differential or single voltage input signal amplifier. Additionally, the board has been designed to be both versatile and flexible as it supports multiple signal formats such as LVDS, PECL, TTL, Greenray, and HCSL.

Working Principle

The 129477-HMC836LP6CE evaluation board and kit uses a pseudo-balanced topology to amplify a high frequency input signal. It also incorporates a high frequency transformer to provide efficient signal coupling between the input and output and to reduce the possibility of differential signal pickup.

The board is designed with several stages of amplification and filtering to reduce noise and prevent the display of spurious signals. The first stage of amplification, known as the input stage, splits the differential input signal into two signals. The two signals are then amplified separately and sent through a high frequency transformer for differential-to-single-ended conversion. The amplified signal is then passed through a filter for further noise reduction before reaching the output stage. The output stage uses a low pass filter to remove any residual high frequency components from the signal before bringing the signal out to the board\'s output port.

Conclusion

The 129477-HMC836LP6CE evaluation board and kit is an effective tool designed to evaluate, demonstrate, debug, and implement complex high frequency amplifier designs quickly and easily. The board is suitable for both lab development as well as production environments and utilizes multiple stages of amplification and filtering to reduce noise and prevent spurious signals. The board is capable of amplifying a high frequency differential or single voltage input signal and is also equipped with several connectors and LED indicators for easy access and status indication. This board is an excellent tool for those wishing to evaluate high frequency amplifier designs with ease and accuracy.

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