Used AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 86112A #293753596 for sale

AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 86112A is a high-performance electronic test equipment conceived and developed by HP. This instrument is capable of performing a variety of tests and measurements for the development and analysis of optoelectronic components. Owing to its comprehensive set of features, HP 86112A is ideal for the evaluation of materials, testing of optoelectronic devices, and optical systems characterization. At the heart of AGILENT 86112A lies its versatile yet robust digital signal processor (DSP) architecture that allows the device to fulfill a multitude of testing applications. This architecture also enables the instrument to deliver fast and accurate results with little setup time. With its eight independent optical channels and six ports, users can effortlessly configure up to four separate measurement systems at once. Moreover, this instrument operates in multiple wavelength ranges, with the ability to measure up to 4190 nanometers. HEWLETT-PACKARD 86112A houses intuitive software which allows users to set up a multitude of tests with ease. Furthermore, the device includes application software which provides support for a variety of components, as well as integrated measurement routines, that enable users to quickly execute tests for materials and device analysis. In addition, the instrument allows users to maximize their efficiency by streamlining routine test executions. Beyond its impressive capabilities for analysis and testing, KEYSIGHT 86112A is user friendly. Its control system is centered around a 7" LED display, providing an interactive graphical user interface through physical input from either an alphanumeric keyboard or graphical touchpad. Similarly, users can connect to the device's LAN port with a USB hub to access the internet and remote operation features. Equipped with powerful features and user-centric design, 86112A is a dynamic electronic test equipment well-suited for any modern laboratory. Its versatility and impressive reliability make it the optimal solution for accurately measuring, analyzing, and testing a vast assortment of optoelectronic components.