Used BOONTON 431 #153951 for sale

BOONTON 431 is an exceptionally versatile, user-friendly, and highly accurate test equipment used for measuring impedance, gain, output power, frequency characteristics, modulation characteristics, and other parameters in radio frequency (RF) and microwave communications systems. Its lightweight, portable design makes it the perfect choice for field or laboratory use. With its excellent signal-to-noise ratio, it is capable of providing precise measurements, regardless of environment. 431 has two output ranges, both low and high. The output range is up to 400 Watts, with 70 dB of dynamic range and a frequency coverage of 30 MHz to 2.2 GHz. In addition, it has a built-in synthesized signal source for signal calibration and a wide selection of input and output ports. The onboard signal routing and mapping makes it easy to configure and connect an entire signal measurement system. Special filtering options allow the unit to measure highly accurate signals even in noisy RF environments. BOONTON 431 has swept and pulsed signal output capabilities for a wide variety of applications. The instrument also features a user-friendly LCD interface for easy configuration, a test sequence script editor, and an intuitive graphical display of measurement results. It also has a built-in threshold and filter alarms that warn users of unexpected measurements and alert them to potential problems. 431's power meter provides accurate power readings by automatically measuring, comparing, and correcting the power level readings and maximizing the signal-to-noise ratio. It comes with a multitude of accessories, including a power meter, RF directional couplers, and a multi-function isolator with a frequency range up to 2.2 GHz. BOONTON 431 can be used in different markets, such as engineering, aerospace, defense, and communications, to test and measure high power RF and microwave systems. It is both cost-effective and high-precision, making it the perfect choice for measuring signals in the RF and microwave frequency domain.