Used ANDO AQ6317B #9055086 for sale

ANDO AQ6317B is a high performance optical power meter and light source measurement platform designed for use in both manual and automated test environments. It provides excellent accuracy and repeatability and is suitable for a wide range of applications in the field of optical communications and laser measurement. ANDO AQ 6317B features a high dynamic range of -70dBm to +20dBm, and stable power readings across a broad range of wavelengths. It is well suited for dense WDM systems, and features low optical return loss (<3dB) to maintain accurate power levels on connected equipment. Operation of the device is simple, with intuitive control buttons and intuitive menus for setting up and use. Uniquely, AQ6317B also features a battery backup allowing operation in mobile or remote scenarios without a power source. This enhances the device's flexibility and makes it suitable for applications in the field where a reliable, accurate and sensitive power meter is required. The device has a USB interface and can support live data acquisition, which allows for the measurement of WDM channels in real-time and adaptable calibration for different wavelengths. AQ 6317B also includes a serial port, allowing for full control of the device and access to built-in data logging features to capture results from optical signal tests. ANDO AQ6317B is powered by a powerful embedded processor, and the device includes a dedicated OS that helps to guarantee successfully operation regardless of varying environmental conditions. The device supports a range of custom modes and configurations, and the device's firmware and software feature constant updates to maintain compatibility with emerging technologies. Overall, ANDO AQ 6317B is an advanced and reliable optical power meter and light source measurement platform designed for a wide range of applications in optical communications and laser measurement. Its excellent accuracy and repeatability, combined with its intuitive user interface and battery backup capabilities, make it a highly desirable tool for those who require reliable and accurate results from optical signals.