Used CMS 8753C #9165376 for sale

CMS 8753C is an electronic test equipment used for measuring a wide range of parameters such as phase noise, timing jitter, noise figure, and AC & DC power. It features a built-in oscilloscope with two independent inputs that allow simultaneous measurements of multiple parameters. The device also contains a frequency counter with an input range of 5 Hz to 500 MHz, an attenuator, and a power supply. The device can measure phase noise with a resolution of 1 Hz. It has a built-in power supply with a range of 0-10 V giving the user the flexibility to measure and evaluate AC and DC voltages. The device is capable of operating over a wide frequency range of 5 Hz to 20 GHz while also offering an outstanding accuracy of up to 0.5%. The frequency counter has a wide frequency range from 5Hz to 500 MHz and boasts an excellent accuracy of up to 1 Hz. 8753C is packed with features to effectively measure various parameters such as S-parameters, noise power, power compression, adjacent channel power, harmonics, IMD products, harmonic distortion, VSWR, and TOI. In addition, it can also measure various time-domain parameters such as timing jitter, settling time, fall time, and rise time. With its adjustable trigger level control, the device can also easily acquire edge triggering waveforms. CMS 8753C has triggered and continuous sweep modes, ideal for spectral analysis and spectrum monitoring applications. It has a single-shot burst trigger mode that allows capturing up to 512 points on the screen for waveform analysis and display. Additionally, it also has a frequency offset mode that allows for measurements of phase noise over a given frequency span. Overall, 8753C is designed to provide a wide range of test and measurement capabilities in a compact package. It is ideal for a wide variety of applications including production line testing, R&D, and telecommunication services. With its reliable, accurate, and fast measurements, it offers an economical solution for many common test and measurement needs.