Used STANFORD RESEARCH SYSTEMS / SRS SR510 #9294998 for sale

STANFORD RESEARCH SYSTEMS / SRS SR510 is a precision electronic test equipment primarily used for active optical and RF components characterization. It operates in a wide range of frequencies and is designed to offer excellent performance in both the DC and RF arenas. With this device, engineers have the capability to measure very low-level signals and make precise and accurate measurements. SRS SR510 is designed to measure the spectral response of active and passive components in both time and frequency domains. Its frequency range is 0.1 Hz to 1.2 GHz with a frequency resolution of 1 Hz. It can measure both the magnitude and the phase of the input signal. In addition, it can measure the transmission and reflection coefficients of components with 0.01 dB resolution. With its wide connection list, STANFORD RESEARCH SYSTEMS SR510 is capable of measuring any type of component both in-situ and in the laboratory. SR510 boasts a wide range of features to ensure accurate, repeatable measurements. It has a wide dynamic range and can measure input signals up to a level of +20 dBm, with a noise floor of -145 dBm. It incorporates a variety of calibration techniques to guarantee the accuracy of measurements, including full 2-port calibration, differential calibration, and an integrated direction coupler. In addition, a variety of filters are available to help reduce noise and minimize spurious responses. STANFORD RESEARCH SYSTEMS / SRS SR510 has both a graphical user interface and a computer-driven test environment. This allows for both manual and automated testing, enabling it to be used in both lab and production environments. The user interface also provides easy access to data acquisition and spectral analysis functionality, as well as the ability to perform various types of measurements. The intensity and frequency of measurements can be controlled via the graphical user interface. In conclusion, SRS SR510 is the perfect choice for engineers and technicians looking for an accurate, dependable and reliable test equipment. With its wide range of features, it can provide reliable and repeatable measurements in both time and frequency domains. It offers a wide range of connection options and a variety of calibration techniques to ensure accurate readings. Its intuitive graphical user interface makes it easy to use in both laboratory and production settings.