Used YOKOGAWA Electric MH-190S #9132508 for sale

YOKOGAWA Electric MH-190S
ID: 9132508
Vintage: 1986
System, 1986 vintage.
YOKOGAWA Electric MH-190S is a multi-channel high-performance electronic measuring device designed to accurately measure a wide range of signals. It offers a versatile, easy-to-use platform to evaluate an array of electrical and mechanical signals. MH-190S has forty-two built-in measuring channels with a bandwidth of 350 MHz. It also features a 20 GS/s waveform capture rate and a wide range of waveform feature measurement functions. YOKOGAWA Electric MH-190S includes a serial bus analysis package to rapidly analyze serial buses, as well as a differential voltage measurement function to measure differential signals up to 3500V. MH-190S is a highly accurate, robust device with a 4M record length and 1.8M points/second capture rate per channel for an aggregate of 140M points/second capture rate. It also has a wide dynamic range of 7600 db with a maximum sample rate of up to 20GS/s. YOKOGAWA Electric MH-190S is available in a variety of configurations including up to four analog channels. Each analog channel features sixteen digital channels which can measure amplitude, rise and fall time, frequency, phase, and duty cycle. The device can also be used for non-sinusoidal waveforms, frequency response measurements, and harmonic analysis. MH-190S offers easy-to-use waveform processing functions like snip, zoom, scope, and marker that allow operators to quickly view, analyze, and adjust captured waveforms. It can also store and recall up to thirty-two waveform memories for comparison or trending. The device also offers a selection of mathematical functions that let users perform many complex calculations with just a few simple keystrokes. YOKOGAWA Electric MH-190S's wide array of features and intuitive user interface make it a great choice for a wide variety of test and measurement applications. Its accuracy, speed, and reliability make it the ideal tool to ensure the highest quality of electrical and mechanical signals in any environment.
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