Used AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 86142A #9189752 for sale

AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 86142A is a versatile, optical time domain reflectometer (OTDR). It has the capability to measure a wide variety of optical fiber lengths and components, such as connectors, splices, and bends. HP 86142A offers high resolution over a wide dynamic range and includes a range of features that make it possible to measure a wide range of applications. This OTDR offers a resolution as high as 0.01 dB and has a very wide dynamic range generally ranging from +11 dBm to -70 dBm. The OTDR also works faster with pulse widths below 1 ns, while taking measurements. It also offers a low dead zone of 2 m, which makes it faster and more accurate for short distance measurements. To ensure the accurate measurements, AGILENT 86142A is designed to enable auto calibration for a variety of waveforms. Moreover, the OTDR can be used to perform loss measurements and fault locations on optical fibers, as well as differentiate between mated and unmated connectors. This is achieved through a unique connector recognition function that is built into the device. This allows users to quickly and accurately troubleshoot problems on the fiber link. Aside from loss measurements, the OTDR can also be used for viewing and interpreting complex optical attenuation profiles. This profile can be used to determine the true length of the fiber, and can also be used to identify events such as splices, bends, and other features. The OTDR also provides users with the ability to add additional information to a trace, such as user-defined labels and notes. The OTDR can store 400 traces and can be used with an optional remote control and a variety of PC-based software. The keypad and software together provide a comprehensive solution for network maintenance, troubleshooting, and certification. Overall, HEWLETT-PACKARD 86142A is the perfect tool for managing and troubleshooting any optical networking environment. With its high resolution, wide dynamic range, low dead zone, and connector recognition feature, this highly versatile OTDR offers users the flexibility they need to accurately measure and analyze their optical networks.