Used STANFORD RESEARCH SYSTEMS / SRS SR560 #293621609 for sale

STANFORD RESEARCH SYSTEMS / SRS SR560 is an electronic test equipment used for measuring and analyzing the dynamic performance of components and systems. It offers a wide range of capabilities for frequency and time domain measurements, precision low noise AC/DC current measurements, and AC/DC voltage/power measurements. SRS SR560 has advanced measurement capabilities that make it one of the most powerful and versatile single instrument solutions for measuring dynamic performance. It includes a wide range of AC/DC current, voltage, and power measurements from DC to 100MHz. It can measure RMS and True RMS voltage, current, and power values, and can also measure the power factor and total harmonic distortion. Power measurements are based on True RMS AC/DC measurements with a low noise performance down to 0.3μVrms, and a wide dynamic range up to 145dB. In addition, STANFORD RESEARCH SYSTEMS SR560 also offers advanced harmonic measurements with a high precision fast response. It can measure up to 31-ord harmonics, with a precision down to 1⁵ resolution and a noise level 100 times better than conventional measuring instruments. It offers a maximum range of 9 orders of magnitude, and provides a comprehensive harmonic analysis with distortion and frequency data specified to 5 or 6 significant digits. SR560 features two frequency and time domain measurement systems, which can be used for measuring the performance of transducers and transducers' phase response. The frequency response measurements use an external voltage probe, fast Fourier transform resolution down to 128 points per division, and a fast automatedfrequency sweep. Time domain measurements include a single channel pulse response system, with a pulse width and pulse repetition frequency range of 10-5000ns and 1MHz to 100kHz, respectively. Overall, STANFORD RESEARCH SYSTEMS / SRS SR560 is a powerful and versatile test instrument for measuring dynamic performance. Its near noiseless performance, comprehensive harmonic analysis, low noise AC/DC current measurement capabilities, and fast response make it a reliable and precise tool. It is suitable for both research and production applications, and is an ideal choice for applications where precision and accuracy are essential.