Test/Measurement > Analyzers > Network Analyzers > Anritsu Enhances Broadband Vector Network Analyzer
New Product: Anritsu Enhances Broadband Vector Network Analyzer
Posted: Tuesday, July 31, 2012 Location: Texas, USA
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Ad Details - #315150
LabX Member since October 2005.
In business since 1895.
Anritsu has been recognized as a leading provider of communications solutions for more than 100 years. Anritsu has become a global leader in the telecommunications, optical and wireless industries by providing diverse product offerings ranging from test and measurement solutions to high-speed devices and components for use in R&D, production, and maintenance.
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Anritsu Company Enhances Broadband Vector Network Analyzer to Address Demanding mm Wave Test Applications
Anritsu Company enhances its Lightning Broadband ME7808C vector network analyzer (VNA) that further solidifies the ME7808C’s position as the best solution for characterizing devices over a wide 40 MHz – 110 GHz frequency range. The VNA has been redesigned so that it provides the industry’s highest output power to drive active and passive components at optimum measurement levels and improved calibration stability so that the broadband VNA can satisfy the most demanding measurement needs. Engineers can realize more accurate analysis on their devices, whether it is coaxial or demanding on-wafer environments, by using the ME7808C.
The new multiplexing coupler/combiner allows all essential DC signals and RF sampling to be in close proximity to the device under test (DUT)
The ME7808C delivers significantly improved performance due to the enhancements. It can provide up to -13 dBm of power across the entire 40 MHz – 110 GHz frequency range, which is 9 dB better than competitive models. Power output is a significant factor in measurement accuracy because losses between the coax output port and the probe tips can be dramatic. Another advantage of the ME7808C is that Anritsu includes System Assembly and Verification service at no charge. With the service, customers are ensured that the system will be operational and verified for expected coaxial performance and accuracy in a minimal amount of time. The ME7808C can be configured for three completely independent configurations; 40 MHz - 110 GHz 1 mm broadband coaxial system, 65 GHz V connector coaxial system, and 65 GHz to 110 GHz extended W Band waveguide mm wave system. The system may also be upgraded to include a full range of banded mm wave modules, which can be used to extend the frequency range beyond 110 GHz in stand-alone waveguide bands. In addition, it is now possible to extend the maximum waveguide frequency range up to 500 GHz in WR-2.2 waveguide. Delivery is 6 to 8 weeks ARO.