Used YOKOGAWA / ANDO MH-190A #9131941 for sale

YOKOGAWA / ANDO MH-190A
ID: 9131941
Vintage: 1980
System 1980 vintage.
YOKOGAWA / ANDO MH-190A is an electronic test equipment designed to measure various optical parameters, such as power, wavelength, and spectral shape. It can be used for the inspection and testing of optical devices, components, fiber-optic systems, and light sources. The device is ideal for development, production, inspection and failure analysis of components and systems that involve optical communications. ANDO MH-190A is capable of carrying out measurements at speeds up to 10 kHz, with a spectral range of UV to near IR. It supports wavelength measurements of up to 10µm, and is capable of measuring power of up to +21 dBm. The device also has an adjustable dead zone setting for power measurements, allowing users to set a dead-zone for unwanted signals or thermal noise. YOKOGAWA MH-190A features a 7-inch color LCD touch screen with a graphical user interface, for easy access to all of its functions and settings. The display is adjustable in brightness and contrast, and the screen can be rotated up to 90° for increased visibility and convenience. The device's measurement results are displayed on the screen in both graphical and numerical forms. Other features include a multi-mode trace recording capability, which allows users to record measurements and observe their changes over time. An online software update service also allows users to download the latest software versions directly to the device. MH-190A is highly accurate and stable, and can be used in both the laboratory and production environments. It is an excellent tool for verifying optical devices, analyzing failure causes in optical systems, testing components with various power ranges and assessing the spectral characteristics of light sources. The device comes with various accessories, such as cables, adaptors, an AC plug, calibration accessories, protective covers, and a data analysis software. YOKOGAWA / ANDO MH-190A has a wide range of comprehensive functions, and its operation and basic algorithms conform to the IEC-standard TL-4925. It a versatile tool that is suitable for a variety of optical testing applications.
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