Used BOONTON 4300 #9167841 for sale

BOONTON 4300 is an advanced electronic test equipment designed for the characterization of microwave and RF components. 4300 can be used for a wide variety of tests, including frequency domain measurements such as phase noise, spurious signal, distortion, frequency response, and harmonic distortion. It is also capable of performing time domain measurements, such as pulse, step, and transient response. BOONTON 4300 features integrated signal sources and RF input measurement, allowing it to be used for testing amplifiers, oscillators, mixers, discriminators, filters, and many other RF components. It also includes a built-in vector signal analyzer, which allows it to make baseband measurements such as IQ error and single-sideband noise. The device is powered by a built-in PC with Microsoft Windows 10 and a rapid development suite that supports script programming. 4300 is equipped with a wide variety of ports, including Ethernet, USB, RS232, and GPIB. It can be used in both a stand-alone mode or connected to a single or multiple instruments for expanded testing capabilities. The instrument is designed with a top-quality shielded enclosure to ensure consistent, accurate, and repeatable results. BOONTON 4300 is a complete system built to allow high-speed and repeatable testing. It is specified to a maximum resolution of 0.1Hz, a wide dynamic range of >80dB, and a wide frequency range of 100 MHz to 6 GHz. With an included 50Ω N-type connector, the device is equipped to use a variety of external probes and cables to improve test accuracy and reduce test time. 4300 is designed to be an efficient, user-friendly test tool. It is equipped with a multitouch user interface to make operation of complex algorithms easier. The device also includes a variety of applications to help automate testing procedures such as attenuation control, frequency control, and phase-locked loops (PLLs). BOONTON 4300 is an excellent tool for testing and characterizing microwave and RF components. Its advanced features, integrated signal sources, wide frequency range, and modern user interface allow it to be used for a variety of tests in research and production environments. It is a great choice for those looking to perform accurate, repeatable, and fast component testing.