Used FIBER-LITE MI-150DG #9292818 for sale

FIBER-LITE MI-150DG is a laboratory equipment and accessory used for a variety of fiber optics applications. This device is designed to help trouble shoot and analyze the optical signals of optical fiber networks in the telecom, CATV, and LAN industries. This equipment is a completely self-contained with no external power supply or control unit, which allows for easy setup and low maintenance. MI-150DG is used for optical fiber measurements, including loss, mode and inter-channel distortion. It comes equipped with an advanced optical power meter (OPM) and light source (OLS). The OPM is capable of measuring optical fiber signals of up to 500 dB/m with a resolution of 0.01 dB. The OLS is capable of producing up to 0.5mW output power with a wavelength range from 850 nm to 1600 nm. The OLS is able to modulate the laser output frequency and duty cycle for testing. The device also has data management features that will store up to 100 measured values in the device's memory for recall and transfer. The device can also be connected to a PC via USB connection for exporting data. An internal rechargeable battery provides up to six hours of standby time. The device has a wide operating range from -20 to +60 ⁰C and complies with IEC 61300 standards. In addition, the device has a Backscatter Measurement (BDM) feature. This feature is used for measuring nonlinear impairment of optical fibers. It works by modulating the input signal in the OLS and capturing the backscattered light with the OPM. The measurements are used to determine the propagation constant and the modulation frequency of the laser source. FIBER-LITE MI-150DG is a user friendly device that enables you to easily troubleshoot and analyze the optical signals of optical fiber networks. It comes with an advanced OPM and OLS for measuring optical fiber signals, and a data management feature for storing and exporting measured data. The device is also easy to setup and maintain, and has a backscatter measurement feature for nonlinear impairments.