Used ANDO AQ6317 #9192172 for sale

ANDO AQ6317 is a high-precision optical spectrum analyzer from ANDO Electric Co, Ltd. This instrument is capable of analyzing a wide range of optical wavelengths, ranging from 200 to 1800 nm. It features wide dynamic range, high spectral resolution, and fast sweep time, making it ideal for precise measurements of optical power levels and spectral components. AQ6317 also features automatic wavelength calibration and a wide range of optical filters, allowing it to accurately measure optical signal characteristics. ANDO AQ6317 utilizes a 14-bit A/D converter with a sampling rate of 100 kHz, allowing for a signal in the frequency range of 500 Hz to 4.4 MHz to be measured. The instrument also features a high-spatial resolution, seeing single-point resolution up to 0.2 nm. This allows for very precise spectral measurements of optical components, enabling high accuracy spectral analysis and analyzing optical wavelength composition of laser output. AQ6317 is also capable of measuring a wide range of optical power levels from -900 dBm to +100 dBm without frequency response variation. This is made possible by using a unique optical detector based on a band-pass design. The instrument also features a variety of electrical and optical characteristics, such as a wide dynamic range, high-dynamic range, wide frequency response, and a wide range of optical filters. This allows for both experimentation and precise measurements of a variety of spectral components. In addition, the instrument is fitted with a variety of software tools, such as pattern recognition, statistical analysis, and graphical displays. This further facilitates precision measurement of optical signal characteristics. ANDO AQ6317 also features a USB port, allowing for connection to a computer for remote operation and data transfer. Finally, AQ6317 is a highly reliable instrument, with a wide operating temperature range between -10°C and +50°C and a host of safety features such as over-voltage, under-voltage, and reverse input protection. This ensures the instrument can operate in stringent laboratory conditions with minimal risk of malfunction.