Used ANDO AQ6315A #9176234 for sale

ANDO AQ6315A is a high-performance optical spectrum analyzer that combines superior measurement accuracy with excellent spectral resolution. It is designed to provide superior spectral performance and analysis capabilities, and fast and repeatable measurements for production and laboratory environments. AQ6315A has a wavelength range from 300nm to 1700nm and can measure both light intensity and spectral data. ANDO AQ6315A is equipped with a wide range of features, including a touchscreen, enhanced resolution and dynamic range, a built-in light source, and more. It also features sophisticated algorithms to help ensure precision and accuracy. For example, its Auto Gain feature automatically adjusts the gain of the optical spectrum analyzer for an optimum gain setting and a selected dynamic range. Additionally, AQ6315A's Auto Resolution feature adjusts the resolution for optimal measurement speed, which is useful for testing in a production environment. ANDO AQ6315A has a wide dynamic range, with low noise and high accuracy. It can measure optical intensity over a wide range from -70dBm to +27dBm. Its wide dynamic range also allows for more precise measurements with lower measurement noise. Additionally, it has an 0.02nm spectral resolution, which is useful when examining spectra over a wide wavelength range. AQ6315A also features an easy-to-use graphical user interface. The user can easily configure settings, quickly recall test configurations, and store results. ANDO AQ6315A also supports remote control via an Ethernet connection. In addition to its excellent performance, AQ6315A is designed to offer a cost-effective solution for testing environments. The EQ6315A16G model provides the same features as ANDO AQ6315A but with decreased cost and a smaller physical size. Overall, AQ6315A is an extremely versatile and accurate optical spectrum analyzer with excellent spectral resolution and dynamic range. Its low cost and easy-to-use user interface make it ideal for a range of applications, from production to laboratory environments.