Used ANRITSU MH925A #9110049 for sale

ANRITSU MH925A is an electronic test equipment designed by the Japanese company ANRITSU Corporation to facilitate testing of electronic devices. MH925A is a dynamic impedance measurement system that allows users to measure the impedance of a given device in frequency-resolved, diverse applied conditions. This makes ANRITSU MH925A ideal for testing high-precision circuits with components down to a few ohms, as well as for verifying the performance of devices during development of components for circuit boards and evaluating their design performance. MH925A features a powerful measurement engine that is capable of a wide frequency range from 5 MHz to 110 GHz, with measurement and data accuracy of up to 0.02 dB and 0.001 dB/s. Its real-time bandwidth of up to 100 kHz allows users to monitor frequency-dependent characteristics and performance of various types of test fixtures with just a single instrument. ANRITSU MH925A is also equipped with a high-performance three-axis vector network analyzer (VNA) for accurate and reliable measurements. In addition, MH925A offers a real-time monitor display with an active cursor for a graphical display of the frequency and amplitude of the measurement data. ANRITSU MH925A also has various other features such as over-range protection, phase-angle calibration, and X-Y plots of real and imaginary parts of the impedance. Thus giving the user the ability to quickly evaluate and test various components. Furthermore, MH925A is compatible with various external devices such as sensors, current probe, and LAN/GPIB interfaces. It also has an optional calibration kit to increase measurement accuracy. In addition, with its PC-controlled user-friendly software package, ANRITSU MH925A can easily be programmed to check measurements at different sites and angles, and even check the characteristics of different devices under various conditions and temperatures. MH925A is a versatile electronic test equipment suited for industrial as well as research and development applications. It is highly sensitive and reliable, and produces highly accurate measurements and data with no loss of information. Its wide range of features make it an ideal choice for anyone looking for a reliable and effective way to measure device impedance.