Used AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 85630A #9111364 for sale

AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 85630A is an all-in-one electronic test equipment specifically designed to measure optical components in communication networks. It works on wavelengths ranging from 346 nm to 2000 nm and provides reliable and accurate measurements of optical power, waveform, bit-error-rate and channel dispersions. This instrument has a built-in optical source and signal analyzing system, powered by an advanced microprocessor, which enables precise measurements. It features a 3.9 inch TFT color LCD display, which allows side-by-side presentation of results and menus, allowing for improved usability. Designed to meet the needs of network installers, HP 85630A features a wide range of optical power measurement capabilities, including direct reading of 0.1 W, -70 dBm, and absolute optical power. It also has a low insertion loss (<1 p-p) direct adapter option for fiber-to-fiber measurements. In addition, AGILENT 85630A includes a variety of features for improving optical network performance, such as automatic pass/fail testing, built-in SIM assurance functions, and one-touch automatic wavelength optimization and compensation. These features make it an ideal choice for end-users, network operators, data center operators, and telecom service providers. When using 85630A, users can access the wide array of internal menus to access important information about measurements, and to set up custom parameters. All settings, results, and test conditions can be easily logged for future analysis. Real-time Data View also allows users to monitor live measurements with data rates up to 40 kHz. To ensure accurate and reliable measurement results, HEWLETT-PACKARD 85630A is equipped with high-precision optics and a 3 Hz sampling rate. Furthermore, advanced internal calibration of source deviation and wavelength dispersion allow for precise measurements of optical components. KEYSIGHT 85630A is a versatile test equipment designed for comprehensive measurements in the optical communications field. Its range of features, along with its ease of use and excellent accuracy, makes it an ideal choice for testing optical components in networks.