Used ANDO AQ6317 #9183207 for sale

ANDO AQ6317 is an optical spectrum analyzer designed for use in a wide variety of industries. It is used to measure the optical spectrum of light in the infrared range. This is done by scanning an incident light beam with a diffraction grating or prism and measuring the intensity of the detected light at different wavelengths. This allows for the analysis of both the amplitude and the wavelength of light in the infrared from 400nm to 1700nm. AQ6317 is designed to provide accurate and high-speed measurements of the optical spectrum. It is equipped with a highly stable light-source and an ultra-high-sensitivity detector for power measurements. Its fast frame readout speeds up measurements, allowing for quick data acquisition without sacrificing accuracy. Additionally, the equipment is equipped with a special wide-band amplifier which allows for high accuracy across the entire range. ANDO AQ6317 has a range of features to streamline its use. It is equipped with a graphical user interface which makes it easy to operate and control the system. It also has an automated calibration unit, which helps to improve repeatability and accuracy of measurements. The machine also includes a variety of other features such as a variable scan speed, a data logger, and a sample stage for automated measurement. AQ6317 is built with a durable, high-quality design which makes it ideal for environments that require continual use. Its modular design allows for easy maintenance and repairs. It is also designed to meet a number of safety standards, including those outlined by EMI, FCC, and CE. This ensures that the tool is reliable and safe to use. In conclusion, ANDO AQ6317 is a versatile and accurate optical spectrum analyzer designed for use in a wide range of applications. Its range of features make it easy to use, while its high quality design ensures reliability and safety. Its accuracy across the entire wavelength range and its fast frame readout speeds make it an ideal choice for anyone looking to measure the optical spectrum in the infrared.