Advancing the Wireless Revolution
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Design Flow for Cavity Combine Filters
Dan Swanson of DGS Associates presents an enhanced flow for the design of cavity combline filters that uses optimization rather than synthesis technology.
Tue, Jul 23 | 9 am PT | 12 pm ET | 4 pm GM
Featured Magazine
AWR Design Magazine Vol 19.1
The quarterly AWR Design Magazine keeps users up to date on the latest NI AWR software design applications, success stories, software updates, and e-learning and training tools.
Featured Customer Story
Lexiwave Technology
Lexiwave designers develop efficient 24-GHz radar antenna array using AXIEM, Analyst, and AntSyn simulation technologies.
Featured Customer Story
CommScope
CommScope designer develops inverted-F antenna array using Microwave Office and AXIEM software.
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Customer stories
We chose NI AWR software because of its powerful load-pull analysis capabilities. In addition, it was beneficial to use the harmonic balance engine at the beginning of the design to obtain the output power and PAE information for the transistor impedance at the load port.
Dogancan Eser
Electromagnetic Design Engineer
Meteksan Defence
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Instead of relying on multiple prototypes, our designers were able to use Microwave Office combined with Modelithics models to optimize a harmonic filter for peak performance. This approach eliminated several PCB spins, which shortened the circuit development cycle one to two months.
Ted Longshore
Senior RF Engineer
Quasonix, Inc.
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After conducting the practical verification of our Doherty amplifier with several witnesses (amongst them non-users of NI AWR software), there was no argument about which simulation tool came out on top overall, especially in terms of speed and accuracy.
James Wong
RF Specialist
Sumitomo Electric Industries
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NI AWR Software
NI AWR software helps design engineers to dramatically reduce development time and cost for components, circuits, systems and subsystems employed in wireless, high-speed wired, broadband, aerospace and defense, and electro-optical applications.