Used AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 86142A #9246939 for sale

AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 86142A is an advanced optical time-domain reflectometer (OTDR) designed for testing and certification of fiber optic networks. It provides a single instrument solution for both troub elshooting and component-level characterization of singlemode and multimode fibers in new as well as established systems. HP 86142A OTDR has a wide dynamic range of over 110 dB, which provides excellent performance when measuring loss in both short runs (< 1 km) as well as long haul runs (> 10 km). The range is adjustable to achieve optimal accuracy and resolution over a variety of fiber lengths. Using advanced dynamic distance range scaling (DDR2), AGILENT 86142A OTDR can optimize its resolution, giving it up to 40 dB faster dynamic range than the competition. This feature is especially beneficial for applications that may involve long-haul fibers or splices, where it can determine the exact source of an unexpected event or fault. The user can control the OTDR from the front-panel user interface, as well as externally via the software or a handheld device. It has a large 8.4 inch (21.3 cm) color display and intuitive menus that make navigation easy and simple. The remote USB interfaces allow easy control of multiple units from a Spectral Master Pro system. KEYSIGHT 86142A OTDR also has a range of other features which make it a versatile tool for network performance characterization. These include a Wideband test mode for fiber core/cladding diameter measurements, DWDM/CWDM analysis and cross-talk measurements, and a variety of software and firmware upgrades as well as an optional visual fault finding system. Overall, HEWLETT-PACKARD 86142A is a powerful and reliable testing solution that offers a wide range of features and functions to make network performance characterization and troubleshooting both simple and accurate. Its wide dynamic range, advanced DDR2 feature, intuitive user interface, and wide range of other features make it an ideal choice for fiber-optic network testing and characterization.