Used WAVETEK Datron 4800 #9205024 for sale

WAVETEK Datron 4800 is an electronic test equipment designed for precision microwave component testing and characterization. It combines precise instrumentation, advanced analysis and sophisticated data management capabilities in a highly flexible and affordable platform. Datron 4800 features a powerful, dual-channel generator that provides up to 24 dBm of output power with an absolute maximum of up to 40 dBm. The frequency coverage is from 300 MHz to 18 GHz and can accommodate narrowband and wideband components with sampling of up to 12.5 GS/s. The high output power and wide frequency range make the Datron ideal for testing microwave components. The instrument comes with a comprehensive set of analysis features including phase noise, transfer function (VSWR and insertion loss), harmonic and intermodulation distortion, time domain reflectometry, and the ability to generate and analyze frequency-modulated signals. This instrument also allows direct LCD display of measurement results, which simplifies data interpretation. WAVETEK Datron 4800 features an intuitive, easy-to-use, menu-driven interface for performing single-instrument or multiple-instrument measurements. The measurements are plotted to the touch-screen color display for real-time analysis. Additionally, the measurement results can be transferred to a computer for further analysis via the USB connection. The instrument also comes with a High Frequency (HF) signal level sensor, which is used to measure the level of CW modulation signals on the frequency range of 0.1 MHz ~ 1 GHz. It also includes basic protection circuits which includes an over current protection mechanism. Datron 4800 is a robust instrument suited for testing of microwave components including amplifiers, filters, antennas, mixers and couplers. The instrument is capable of as well as testing systems or components for wireless applications and communication systems. The instrument is designed to be cost-effective and highly reliable even in hostile environmental conditions.