Used ORIENTAL MOTOR 2GN10XK-CW 2 #293657980 for sale

ORIENTAL MOTOR 2GN10XK-CW 2 is a high performance electronic test equipment that offers superior performance for analyzing electronic components at the system-level. This equipment is designed with a high sampling rate and a wide bandwidth spectrograph analysis to detect and measure even the smallest of frequencies. Its digital signal processing technology allows users to measure all frequency components within a narrow bandwidth. 2GN10XK-CW 2 features two separate modes for Basic Frequency and Extended Frequency analysis. In the Basic Frequency mode, users can measure the basic frequency components within a signal spectrum. The Extended Frequency mode provides more targeted analysis for signals with a wide range of frequency components and for signals that are too wide to be effectively covered by the Basic Frequency mode. ORIENTAL MOTOR 2GN10XK-CW 2 also allows users to measure the level of noise on a signal and calculate distortion factors. Its advanced noise reduction features allow users to discriminate between noise and desired signals. The device features an AC/DC voltage output and DC/AC current output so that users can accurately monitor a signal's current or voltage levels. In addition, 2GN10XK-CW 2 comes with a variety of software options such as waveform analysis, trend analysis, and signal analysis. With these features, users can easily evaluate signal parameters and verify the performance of their systems. Additionally, users can take advantage of the software's graphing capability to help visualize data over time and to analyze data and create detailed reports. Furthermore, ORIENTAL MOTOR 2GN10XK-CW 2 is designed with a high temperature protection feature to protect the device from damage. It also features a built-in battery power back-up to ensure steady power even during power outages. Overall, 2GN10XK-CW 2 is a reliable and high performance testing equipment that will allow users to accurately and efficiently measure frequency components and evaluate signals at the system-level.