Used BOONTON 9200A #9202501 for sale

BOONTON 9200A is an electronic test equipment designed for a variety of applications. Its circuitry and design make it an excellent tool for both simple and complex measurements and evaluations. 9200A includes four independent RF channels along with a computer interface. It has a frequency range of 9 KHz to 2.4 GHz, a pulse modulation rate of up to 2.5 GHz and a wide dynamic range that ranges from -130 dBm to +19 dBm. Additionally, the test set features a built-in spectrum analyzer and advanced triggering capabilities. BOONTON 9200A's four channels have a built-in digital synthesizer which allows users to precisely set the RF parameters. The power meter, built into the test set, uses a GPS-synchronized oscilloscope to ensure accuracy, as well as a 20-bit ADC/DAC to provide higher resolution. Furthermore, the unit can be operated manually or under program control; its software is written in C++ which provides a robust user interface. 9200A offers a wide range of measurements, such as CW, frequency-shift keying (FSK) and pulse modulation. In addition, the test set can measure the power of an RF device, as well as its harmonic and phase noise levels. It also includes a phase comparison mode, in which the phase differences of two signals can be measured. The unit's pulse modulation capabilities include both gated transmit mode and ungated receive mode, allowing users to detect both single-pulse and continuous-wave signals. BOONTON 9200A has a user-friendly design that makes it easy to use and maintain. It is equipped with specific error detectors, which detect errors and display messages to the user. A Statistics page allows users to store details of their measurements, giving users an ideal tool for troubleshooting. The test set also provides a comprehensive set of safety features, including a built-in heater. 9200A is an ideal testing equipment for measuring and evaluating RF devices and systems. With its features and capabilities, it is an efficient and reliable tool to ensure the accuracy and integrity of an RF system.