Used AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 81625A #9029495 for sale

AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 81625A is an optical interface platform designed for use in telecommunications and data network applications. It features a single-mode optical transceiver, optical amplifier, power meter, optical spectrum analyzer, and optical frequency domain reflectometer. HP 81625A also has optical time-domain reflectometer and external optical source connections, making it ideal for research activities in optical telecommunications and data networks. AGILENT 81625A features a high-performance optical transceiver that can support a wide range of optical modulation formats and data rates. The built-in power meter offers accurate, stable power measurements with a dynamic range of up to 16dBmV. The optical amplifier can boost input optical signals from up to -35dBmV, making HEWLETT-PACKARD 81625A ideal for low-sensitivity systems. The optical time-domain reflectometer allows technicians to accurately measure the insertion loss and reflection of optical channels quickly and reliably. This also provides useful information on cable integrity and length estimation. The optical spectrum analyzer provides real-time visualization of optical signal waveforms and enables technicians to quickly evaluate optical component performances up to 125kHz. The optical frequency domain reflectometer monitors and analyzes fiber optic cables, allowing users to identify and mitigate any fault issues over time. The built-in optical source connections facilitate easy and accurate optical power measurements, allowing users to optimize their optical network performance. KEYSIGHT 81625A is also highly compatible with commercial-grade optical test sets. Overall, 81625A is a user-friendly and comprehensive test solution for technicians involved in optical network applications. Its accuracy and reliability ensure that technicians have the necessary tools to ensure their optical systems are working flawlessly. It is an asset to any network management team looking to quickly and accurately identify and solve optical performance issues.