Used YOKOGAWA AQ6370B #9211940 for sale

YOKOGAWA AQ6370B Optical Spectrum Analyzer is a high performance, flexibleOptical Spectrum Analyzer offering a wide range of features. AQ6370B is suitable for field use and can be used in research laboratories, production lines, and service environments. It has a wide optical wavelength range of 600 - 1700 nm and can measure a wide variety of optical signals including optical attenuation, polarization, and chromaticity in single and multi-component signals. YOKOGAWA AQ6370B Optical Spectrum Analyzer features a wide dynamic range of over 40 dB at 1 Hz resolution bandwidth, fast response time of less than 5 ms, superior accuracy over wide measurement range of ≤ 0.3 dB error, and precisely adjustable optical source power. It is a cost-effective solution for optical characterization in laboratory and production environments. AQ6370B supports various types of digital and analog input/output interfaces such as Ethernet and GPIB as well as a built-in web server for remote monitoring and control. The simple, intuitive GUI enables on-site or remote measurement with real-time display, data logging, and analysis. YOKOGAWA AQ6370B even supports real-time control of a fiber-optic test system with various levels of SNMP control. Additionally, AQ6370B is equipped with a variety of features that make it essential for research, development, and manufacturing applications. The measurement functions can be easily customized to suit specific applications. YOKOGAWA AQ6370B is capable of optic sensing analysis; modulation frequency, signal level, and light intensity can be measured precisely. The unit can also store a large number of measurement settings and assists in optical setting correction. AQ6370B Optical Spectrum Analyzer is a user-friendly, powerful test equipment that is essential for any laboratory, production, and service environment. With its wide range of features, precision accuracy, and fast response time, YOKOGAWA AQ6370B can meet the most demanding measurement requirements. This unit can be configured for multiple operating modes, making it suitable for a variety of applications ranging from basic optical test measurements to in-depth research and development.