Used DBM OPTICS 2004 #114826 for sale

DBM OPTICS 2004
ID: 114826
optical component spectrum analyzer 100 nm span at 1 pm resolution 0.015 dB accuracy in under 1 second.
DBM OPTICS 2004 is an electronic test equipment used for optical network characterization and diagnosis. It is designed to measure physical characteristics of optical fibers, such as Trace Loss and Return Loss, as well as visual inspection. This instrument is an upgrade of the original DBM OPTICS series and provides a high performance testing solution for single-mode and multi-mode fiber networks. 2004 utilizes an automated power meter for precise optical measurements. The power meter is designed to measure trace loss, total loss and return loss with high accuracy. Additionally, the power meter has a built-in filter that improves the measurement accuracy even further. The power meter also includes a digital display and can readout the power loss in dBm or dB. DBM OPTICS 2004 has a built-in Chromatic Dispersion Measurement Equipment (CDMS). The CDMS is an automated optical system that measures chromatic dispersion of the fibers in the network with high precision. The CDMS is designed to accurately measure the chromatic dispersion of the fibers for both single-mode and multi-mode applications. The CDMS also has a built-in filter which removes any unwanted noise that could affect measurement accuracy. Furthermore, 2004 features an automated optical inspection unit. This machine is used to visually inspect the interior of the fibers and cabling tool. The inspection asset includes several different subsystems, such as a microscope model and an optical fiber imaging equipment. The microscope system allows the operator to clearly inspect any internal defects on the fibers, while the fiber imaging unit allows the operator to image the fiber cross-section. In addition, DBM OPTICS 2004 features a trace memory machine. This tool stores measured optical parameters, such as trace loss and return loss, as well as images from the optical microscope asset for future reference. The trace memory model is also capable of creating a 3D reconstruction of the optical network based on the stored measurements. Overall, 2004 is a reliable and powerful electronic testing platform specifically designed for optical networks. It combines automated power and chromatic dispersion measurements with automated optical inspection and a trace memory equipment, making it an excellent all-in-one solution for network characterization and diagnosis.
There are no reviews yet