Used ILX LIGHTWAVE 79800D #9280658 for sale

ILX LIGHTWAVE 79800D is an advanced electronic test instrument designed to measure optical power, intensity, and spectral bandwidth utilizing a full range of spectral analysis and detection capabilities. The instrument offers single and multi-mode polarization-independent fiber testing, accurate measurement of optical power, power and loss testing, light source measurement, and data acquisition. 79800D is ideal for a wide range of optical fiber testing and measurement applications in the industrial and research sectors. ILX LIGHTWAVE 79800D is equipped with a variety of optical test modes, including wavelength-division multiplexing (WDM), Double Pass Through (DPT), and fiber loss testing. It can measure optical power from 25mW to 50mW in either linear dynamic or logarithmic measurement modes, allowing for easy determination of the insertion loss of an optical fiber. 79800D's data acquisition function allows users to store data for later analysis. ILX LIGHTWAVE 79800D can measure a wide range of power levels, from -65dBm to +20dBm (SMS). It has a dynamic range of 66 dB and a frequency range of 1310nm to 1625nm in 0.1nm increments. With its built-in power meter, 79800D can measure the optical power of optical fibers using a variety of probes and sensors. ILX LIGHTWAVE 79800D also offers advanced testing capabilities, such as real-time spectral analysis, wavelength accuracy, power accuracy, and polarization state measurement. It can analyze up to 500 readings per second and has the ability to store data in an internal memory with up to 255 data points. This instrument also features UVF (User-Defined Fiber Parameters) software that enables users to configure custom fiber parameters specific to their application. 79800D offers multiple graphical, scanner, and pulse display modes, as well as data downloads via USB connection. A color 6.5" touchscreen display allows for easy navigation of menus. Finally, the instrument is protected by a dustproof and waterproof enclosure, making it suitable for use in industry and field environments.