Used ANRITSU 68047C #9293361 for sale

ANRITSU 68047C Vector Network Analyzer is an electronic test equipment consisting of a vector signal analyzer and a vector signal generator combined together for measuring the scattering parameters of both active (amplifying) and passive (non-amplifying) components of a network. This includes the testing of network elements such as RF ICs, wires, antennas, coaxes, cables and connectors. 68047C Vector Network Analyzer consists of two independent signal sources, both of which are phase coherent allowing for accurate four- and two-port scattering measurements. The first signal source covers a frequency range from 30 kHz to 3 GHz and has an amplitude range of -105dBm to +20dBm. The second signal source covers a frequency range from 9 kHz to 20 GHz having an amplitude range of -90dBm to +20dBm. Each signal source also has an internal noise source which allows for correlation measurements. The analyzer has a maximum dynamic range of 135dB or 133dB, depending upon the model. It has an amplitude uncertainty of 1dB and phase uncertainty of <0.2°. The analyzer also possesses a high sampling element resolution of 6.3MHz and settling time of 1 minute. ANRITSU 68047C Vector Network Analyzer is microprocessor controlled with a built-in graphical interface. It can store more than 20 Stimulus/Response (S/R) lists for saving and recalling measurement parameter sets. These measurement parameter sets provide data for both two-port, two-port minimum reflection, two-port four-sweep and four-port parameters configurations. The analyzer has LAN-based remote control capability using an RS232c Interface or an Ethernet. This allows for remote programming and operation, enabling multiple instruments and computers to be connected together. It also allows access to the analyzer from anywhere in the world. 68047C Vector Network Analyzer is an indispensable instrument for RF/microwave professionals in applications such as antenna-tuning, filter-design, amplifier-design, and amplifier-tuning. It is highly reliable and rugged making it suitable for difficult measurement tasks. Its ease of operation and data transfer options makes it a popular choice of the test equipment community.