Used ANRITSU MS2692A #9264029 for sale

ANRITSU MS2692A is an advanced radio frequency (RF) and microwave general purpose electronic test equipment that offers superior performance for signal generation, measurement, and pulse analysis in multiple frequency bands ranging from 0.1 to 20 GHz. This testing equipment is designed to provide a comprehensive range of solutions for numerous applications such as communications, radar, aerospace, automotive, and military test systems, in order to meet the exacting requirements for both current and future use. MS2692A offers a number of exciting features, such as a wide frequency-spanning frequency range covering up to 20 GHz, a wide dynamic range of 0.1 dB/MHz to 8 dB, and a high resolution of 0.001 dB/MHz. It is also equipped with an easy to use touchscreen controller, which allows for simple and intuitive operation of the test equipment. Furthermore, ANRITSU MS2692A system provides a wide variety of signal settings that are critical for accurate and reliable measurements, including signal sources, spectrum analyzers, receivers, signal level meters, and a set of specialized modules. MS2692A system is further equipped with the advanced Pulse Analysis Software, which is a powerful tool that offers a highly versatile environment for handling complex pulse analysis tasks. This software lets users precisely analyze pulses of any waveform, with the ability to adjust the waveform rates from 1 to 4 MHz, and combine multiple waveforms by using up to 8 independent channels. It also provides a wide range of advanced tools that allow users to precisely analyze signal characteristics, such as power, phase and frequency characteristics. Additionally, ANRITSU MS2692A is equipped with a range of functions and settings that help users accurately characterize their devices, such as step, burst and amplitude modulation, and signal noise measurement. With all these features available, MS2692A system offers incredible performance at an affordable price, making it an excellent choice for high-precision signal measurement and pulse analysis tasks.