Used ANDO AQ6317B #293802931 for sale

ANDO AQ6317B is an optical spectrum analyzer designed for field applications in the telecommunications, automotive, and industrial arenas. As an optical spectrum analyzer, it can be used to analyze waveforms emitted from a wide variety of light sources with wavelengths from 500 nm to 1750 nm. ANDO AQ 6317B has a wavelength resolution of 0.05 nm and a bandpass of voltage 1.0 V. The analyzer is lightweight (11.3 kg) and portable, making it an ideal choice for field work. It has an easy-to-read 7" LCD display and a built-in interface for connection to computers and printers. To further streamline its use in field settings, AQ6317B has built-in standard 1.25 mm connectors for optical fiber connection. AQ 6317B is equipped with many features essential to analyzing light sources. It has a maximum input optical power of +20 dBm for visible light and +10 dBm for infrared light sources. It also has an absolute accuracy of ±0.15 dB and a resolution bandwidth of 1 nm. A variety of measurement functions is included in ANDO AQ6317B, including optical power measurement, wavelength scan, and optical modulation analysis. ANDO AQ 6317B also features an auto-calibration system that guarantees high measurement accuracy. The analyzer uses a calibration table for wavelength adjustment, which is stored in a non-volatile memory. This feature allows the user to easily recall and adjust the parameters of the analyzer. AQ6317B has a built-in rechargeable battery with a charge time of six hours. It also has an in-built charging port for AC adapters or DC input. This allows the user to operate the analyzer even when there is no outlet available. AQ 6317B is considered a complete all-in-one optical spectrum analyzer. With its many features and performance capabilities, the analyzer is suitable for field work as well as testing in laboratory settings. ANDO AQ6317B is capable of providing accurate and high-precision measurements in a variety of settings, making it a great tool for telecommunications, automotive, and industrial applications.