Used AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 8713C #164712 for sale

AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 8713C is a full-featured, high-performance network analyzer designed to characterize complex two- and three-port network components such as amplifiers, balanced filters, and couplers. This electronic test equipment is a general-purpose T-type RF network analyzer capable of measuring S-parameters up to 15 GHz. HP 8713C measures and displays the complete S-parameter set including insertion loss, return loss, isolation, and impedance. This network analyzer features a single-signal arbitrary topology vector network, which allows arbitrary two-port and three-port topology measurements and allows easy frequency-domain synthesis of complex networks. AGILENT 8713C's frequency synthesis capability allows the user to measure timing-critical networks with frequency-timing measurements. 8713C also supports analysers for amplified and balanced networks, as well as a variety of measurement techniques, such as source and load-pull, harmonic balance, channel-delay, and active harmonic balance. This KEYSIGHT 8713C comes with a range of calibration standards to ensure high-accuracy measurements. It offers direct cable measurements, junction-loss compensation, and a user-defined auto-calibration feature. HEWLETT-PACKARD 8713C also offers a variety of remote operations, including PC-linked operation and hardwired remote control, which allow the user to make measurements without having to be present in front of the network analyzer. AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 8713C also comes with a large LCD display and a touch-screen interface that offers access to features such as curves, images, graphs, and tables. This electronic test equipment offers advanced trace processing, including trace algebra and power measurements, which facilitate the analysis of the more complex test scenarios. HP 8713C is an ideal tool for designing and verifying complex two- and three-port network components. This network analyzer is used by design engineers as well as production and maintenance personnel to measure, troubleshoot, and analyze RF components. It is also widely used in research and development and manufacturing for applications such as radar systems, communication systems, and industrial devices.