Used ANDO AQ6330 #9162063 for sale

ANDO AQ6330 is an optical spectrum analyzer designed for optical measurements in the 350 - 1750nm wavelength range. It is a multifunctional device that can measure wavelength, optical return loss, optical power and other optical parameters for fiber optic networks. It is a compact, efficient and user-friendly instrument that provides exceptional performance for optical fiber applications. AQ6330 operates with a range from 350 to 1750 nm and an absorbance accuracy of 0.01dB. It has an excellent dynamic range, advanced high resolution of 0.01nm, and features such as wide band auto-ranging, flat-top scan and peak search. The instrument is suitable for telecom measurement applications such as optical receiver evaluations, and is effective for optical amplifier performance measurement, optical modulation, wavelength measurement and beat noise reduction. The device utilizes an optical monochromator, a 7 cm round holographic grating that separates wavelength-dependent signal of the incoming light, to measure various optical signal levels. The spectrum can be displayed numerically on an LCD display, allowing for easy operation. A variety of accessories are available, such as optical connectors and adapters, as well as a built-in reference light source lamp. The user can hold up to ten spectra which can be recalled with the press of a few buttons. The instrument can also be used to perform two-dimentional scans according to a user-defined parameter and display the results on a two-dimensional color display. ANDO AQ6330 also has an intuitive Windows interface and is capable of storing data on a USB device. This is particularly useful when connecting to a PC or laptop, as the data can be processed, printed and shared quickly and easily. AQ6330 is a useful and reliable instrument for accurate measurement and analysis of optical signals, and its outstanding performance provides an effective and economical solution for optical testing operations. It is easy for both beginners and experienced users to handle and is designed for maximum efficiency and precision.