The Solid state power amplifier (SSPA) MM002052P50B is a broadband high power amplifier operating between 20MHz and 520MHz and offering a wide dynamic Range with 100 Watts typical saturated power. Due to the input/output impedance of the broadband high power amplifier can be as low as 50 euros, and the working voltage can reach a typical value of 28, the broadband high power amplifier can be well connected to the power system. Moreover, for the DC interface connector, this broadband high power amplifier have designed a total of 9 pins, specially for the customer's system to make some extra reserved pinholes, customers can use any combination of their system.

What's more, the employment of LDMOS and chip-and-wire technology in manufacturing ensures this broadband high power amplifier module state-of-the-art power performance with excellent power-to-volume ratio. The LDMOS tube used in this broadband high power amplifier has a high instantaneous peak power, which makes it able to withstand the input over-excitation signal. The gain curve of LDMOS is relatively smooth, which can amplify the multi-carrier signal and ensure the distortion of the output signal is small. LDMOS tube has a large linear operating dynamic range. In addition, LDMOS tube also has good temperature characteristics, LDMOS tube has become a kind of preferred transistor in broadband high power amplifier design because of its good performance. This broadband high power amplifier uses in EW, EMC, test and measurement applications.

Mars RF's broadband high power amplifiers relies on various automated test platforms, which can fully and accurately make power amplifier performance testing, ensure the traceability of data, and avoid errors and errors that may be caused by human operation. Thus improving the accuracy and reliability of the test. In addition, the automated test platform also has automatic error recognition capabilities, which can quickly identify errors and provide detailed error information to help developers quickly locate problems and fix them. This automatic error identification and processing mechanism greatly shortens the time of problem solving and improves the development efficiency.