Used ANDO AQ8125B #9352444 for sale

ANDO AQ8125B is a highly-precise, digital-based electronic test equipment designed specifically for optical communication applications. It features a host of advanced performance features, including a bright, multi-color LCD display and extremely accurate signal analysis that can quickly and easily be tailored to an individual's specific application. This state-of-the-art device can perform a range of different tests, including jitter measurements, frequency response, Harmonic distortion, and frequency domain measurements, as well as a variety of other optical measurements. AQ8125B also includes embedded software that makes it easy to assess the performance characteristics of optical components in real-time, helping to identify problems quickly and easily. This device has 10 GHz of optical resolution, making it suitable for ultra-portable communications applications. It also features 16 channels of independent electrical/optical differential inputs, allowing for a variety of input and testing configurations. It is powered by a fast, programmable, 22-MHz MCU, allowing ANDO AQ8125B to perform waveform analysis on both electrical and optical signals. It can be easily programmed or controlled through an intuitive graphical user interface, or through programmable commanding protocols. This device also includes built-in signal generators that can produce a variety of patterns, for a complete range of automated characterization and calibration tests. AQ8125B also features digital connectivity options, including USB, GPIB, and LAN interfaces. It also comes with an additional software package, which allows users to control ANDO AQ8125B remotely, and also provides an interface for uploading, downloading, and graphically printing data, allowing for the export of results to other systems. Overall, AQ8125B is a highly capable and efficient test equipment solution for optical communication applications. It features a compact form factor, a multi-color LCD display, and both electrical and optical inputs, as well as digital connectivity. It also offers a wide selection of advanced measurement capabilities, automated testing and programming, and an intuitive user interface. All of these features combine to make it one of the most advanced and reliable test equipment solutions for optical communication applications.