Used agilent 81637B #9300695 for sale

Agilent 81637B is a high performance optical module from Agilent Technologies. This module supports single mode operation over different wavelengths such as 850, 1310, 1550 and 1625 nm. It is a highly accurate, efficient and versatile tool for optical time domain reflectometer (OTDR) testing. 81637B features an easy to use user interface that automates processes and reduces measurement time. It provides a data format that permits out-of-the box compatibility with several third-party modules. It has a wavelength-independent output port that allows it to work with any optical-to-optical source. This ensures greater accuracy and repeatability of measurements. Agilent 81637B also features a large dynamic range of 90 dB, which provides excellent results in both the near-end and the far end of the optical fiber. It is also capable of measuring wavelength-dependent characteristics such as reflectance, dispersion, loss, and relative intensity noise (RIN). 81637B is suitable for applications such as optical network monitoring, fiber characterization, and non-destructive test of optical fibers. Other features include dedicated scan modes for single-ended testing, multiple-fiber scanning, power meter testing, and fault location. It can also detect and locate fiber faults such as bends, breaks, and other damage. To facilitate usage, the device comes with a set of user-friendly features. For instance, its software includes password protection, trace storage of up to 200 traces, as well as a fault locator. Firmware updates for this device can be downloaded from agilent website. In addition, it supports operations in both high and low temperature ranges. It comes with reliable mechanical and chemical protection against environmental exposures. Furthermore, this device is FCC Class A certified, meaning it is suitable for residential, commercial, and industrial environments. To conclude, agilent 81637B is a high-performance optical module with a wide range of features. It provides accuracy and precision while utilizing user-friendly features to help simplify the task of monitoring and testing optical fibers. It is suitable for industry-specific applications, making it a go-to tool for testing purposes.