Used ANRITSU MS8609A #97597 for sale

ANRITSU MS8609A is an electrical test equipment designed to test and measure the performance of components operating at very high frequencies. MS8609A has a frequency range up to 3 GHz. It is used to test and measure RF components such as antennas, amplifiers, power dividers, attenuators, and couplers. It also has the capability of testing impedance characteristics and phase stability over a wide range of frequencies. The main body of ANRITSU MS8609A contains the following components: Digital Frequency Synthesized Generator, Digital Display, Voltage Meter, Phase Meter, and the Digital Signal Processor (DSP). The Digital Frequency Synthesized Generator is responsible for creating and controlling the signal frequencies used. The Digital Display is used to present the measurement data and can also be used to modify setup parameters. The Voltage Meter measures the electrical parameters of the signal such as level, VSWR, termination impedance, etc. The Phase Meter is used to measure phase stability over a wide range of frequencies in order to determine components that are out-of-phase. The Digital Signal Processor (DSP) is used for signal processing and analysis. In addition to the main body of MS8609A, there are a number of accessories available for it. These include: cal kits, probes, connectors, adapters, cables, and more. The cal kits are used to calibrate the instrument before use and are available for specific frequency ranges. Probes are available for connecting to various antenna types and for measuring various signals. Connectors are utilized for connecting other test equipment such as signal generators and oscilloscopes. Adapters are used for connecting devices such as antennas, power dividers and attenuators. Cables are used for controlling remote units, data transfer, and backup operations. ANRITSU MS8609A is ideal for testing components that operate in the high frequency range due to its wide frequency range, digital display, and array of accessories. Its ease of use and user-friendly controls make it an excellent choice for engineers needing to measure RF components performance and stability quickly and accurately.