Used ANDO AQ7260 #9110580 for sale

ID: 9110580
OTDR Sampling resolution: min. 5cm Sampling points: max. 60,000 8.4 inch TFT-LCD color display for easy viewing Large internal memory: 20MB USB ports for connectivity and data storage.
ANDO AQ7260 is an optical spectrum analyzer designed to measure optical signals generated by optical networks, telecommunication networks, and other optical transmission networks. It is a compact, easy-to-use optical spectrum analyzer that can measure the wavelength, shape, and power of an optical signal. It is equipped with several features such as a built-in optical attenuator, high-accuracy wavelength measurement, fiber loss measurement, and an ample data storage. AQ7260 features a wide wavelength range from 500 nm to 1700 nm, making it suitable for wide range of applications such as fiber, VCSEL, and other optical devices. It offers high flexibility for wavelength and power settings, and its built-in optical attenuator enables users to make more accurate measurements. ANDO AQ7260 also features a wide dynamic range of 45.2 dB, providing a large selection of signals that can be measured accurately. The versatility of this optical spectrum analyzer is further enhanced by its customizable measurement templates and its built-in data analysis functions. AQ7260 offers high speed measurement capabilities and can measure signals up to 125 Hz. The laptop-sized device also comes with an integrated monitor as well as an analog video output for users to easily view the measurement data. The IQ-88X PC software that accompanies ANDO AQ7260 provides a user-friendly graphical user interface for users to easily set parameters and manage measurement results. The software also supports automated control functions such as remote operation, report generation, and various analysis functions. In short, AQ7260 is an ideal tool for optical technicians and engineers needing to quickly and accurately measure the wavelength, shape, and power of optical signals. With its many features, ANDO AQ7260 provides an efficient way for technicians and engineers to diagnose and optimize optical networks.
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