Used YOKOGAWA AQ7260 #9278872 for sale

YOKOGAWA AQ7260 is a type of electronic test equipment that is used to assess optical signal quality and power of optical fiber communications systems. It is a key component in the deployment of optical fiber lines and networks. AQ7260 model has a user-friendly interface and is designed to quickly and accurately measure the most reflectance levels, power level fluctuations, vibrations, and other relevant parameters. YOKOGAWA AQ7260 is capable of measuring a wide range of optical signals. It can measure optical power levels from a single wavelength up to 40 wavelengths, including DWDM signals. Additionally, it can measure both return losses and decibel increments simultaneously, allowing engineers to quickly identify any impairment in the optical system. AQ7260 features a 4.3-inch LCD display, operating keys, and a USB interface. The operating keys allow the user to select different functions and view various information on the LCD screen. The USB interface allows data to be transferred to a personal computer for further analysis. YOKOGAWA AQ7260 is a great tool to troubleshoot optical communication systems and to identify and eliminate potential signal impairments. It features sophisticated functions such as an OTD filter, SLD output, and AC-DC adapter to meet the needs of technicians and engineers. The optical filters allow attenuation values to be determined accurately and efficiently, while the SLD output allows users to measure optical power levels over a broad wavelength range. Moreover, the AC-DC adapter allows the device to be powered with both AC and DC power sources. AQ7260 is a rugged and portable test equipment. It is made with durable materials and can withstand even the toughest industrial work environments. It is lightweight and easy to carry, making it suitable for field work. Overall, YOKOGAWA AQ7260 is a high-performance and reliable test equipment. It is an ideal choice for anyone in need of a robust and accurate tool for troubleshooting optical communication systems.