Used ANDO AQ6330 #9213347 for sale

ANDO AQ6330 is an advanced optical spectrum analyzer designed for the accurate measurement and analysis of optical signals. It can be used to make precise optical power and wavelength measurements by outputting an electrical signal that is proportional to the wavelength and optical power of the input signal. This makes it an ideal tool for monitoring the quality of fiber optic communications systems and monitoring the performance of optical components such as multiplexers, modulators, amplifiers and filters. AQ6330 incorporates several features to ensure precise optical power and wavelength measurements. It features a wide range of resolution bandwidths ranging from 10 kHz to 1 GHz enabling users to measure the spectral characteristics of optical signals with high accuracy. It also incorporates a high dynamic range of up to 65 dB which allows the user to measure signals with minimal noise and distortion. The unit also includes automatic frequency control and amplitude stabilization which allow for accurate measurement and analysis of data over a wide range of frequencies. ANDO AQ6330 also incorporates a full array of test ports for connecting to any kind of optical signal, such as coax, single mode fiber optic, and multiplexed fiber optic. In addition, it features built-in data logging capabilities for storing and analyzing test data. AQ6330 also includes a color LCD display and touch panel for convenient operation, and a wide range of interactive menus and graphical capabilities for quickly navigating through the settings and configurations. The unit also includes a built-in range of analysis tools such as optical power level measurement, channel bandwidth, and group delay. A range of external analytical software packages are also available, such as ANDO AQ Series Analyzer software, which offers advanced graphical, statistical, and data logging capabilities. ANDO AQ6330 is a powerful handheld device which makes it easy to perform complete, accurate, and comprehensive measurements of optical components. It is capable of providing the information necessary to maintain the performance of fiber optic communication systems, enabling technicians and engineers to optimize their systems and ensure optimal quality and performance.