Used STANFORD RESEARCH SYSTEMS / SRS SR810 #9294999 for sale

STANFORD RESEARCH SYSTEMS / SRS SR810 is an electronic test equipment designed to assist in the evaluation of multiple signals. With its advanced capabilities, it can improve and optimize the testing process by providing accurate, repeatable results with highly sensitive instrumentation. SRS SR810 is a lock-in amplifier which uses an active stage to detect and measure low noise signals in the presence of noise. It can be used to measure signals at frequencies up to 250kHz, and includes exceptional frequency and phase analysis. The device also features a high-speed, low-noise DC input path. STANFORD RESEARCH SYSTEMS SR810's digital frequency synthesizer includes distinct frequency and phase outputs, allowing for accurate evaluation of high frequency signals. It also features a unique lin/log sweep capability, which provides an accurate representation of phase and frequency changes over a broad range of frequencies. SR810 includes an isolated, front-panel A to D converter, allowing for easy data acquisition and transfer. The analogue-to-digital converter supports 8 to 16V full-scale range and is capable of 12 or 14 bits accuracy. STANFORD RESEARCH SYSTEMS / SRS SR810 also features auto-calibration circuitry to reduce drift and improve accuracy. The device includes built-in temperature sensors and digital reference oscillator for accurate temperature correction. SRS SR810 includes a highly-accurate signal generator with a wide-range of capabilities, including linear or nonlinear sweeps, burst, modulated and ramp functions. A flexible amplifier can be quickly changed for different applications. STANFORD RESEARCH SYSTEMS SR810 also includes easy-to-use graphical software tools that allow for quick waveform analysis and signal processing. The software includes functions such as FFT, power spectrum, cross-correlation, and phase sensitive detection. The highly-flexible SR810 enables a variety of measurements with its easy-to-use controls, comprehensive signal processing, high-speed DC response, and reliable connection firmware. The device is perfect for a variety of testing applications from aerospace, automotive, electrical, biomedical, and audio/video engineering.