This Stream includes all of our AWR Application Notes Flipbooks
This application note illustrates how the new in-situ measurement feature in Cadence AWR Design Environment, specifically AWR Microwave Office circuit design software, enables communication...
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This application note presents a unified design flow, inclusive of all process technologies, enabling designers of wireless communications systems that incorporate multi-technology-based modules...
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Couple the mysterious nature of amateur (ham) radio in microwave bands to the lack of storebought gear that operates in this band and you have the right recipe for a home brew of equipment.
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This application note describes the design of a carrier aggregation (CA) bulk acoustic wave (BAW) quadplexer module for the LTE-3 and LTE-7 bands, with high in-band and cross-band isolation.
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This “how-to” application note describes the steps to design a TX/RX module with a 2x2 phased array antenna operating in the 8-12GHz frequency range
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This application note highlights the PCB import wizard capabilities that enable designers to isolate/characterize critical traces within multi-layer configurations to streamline EM verification.
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Virtuoso RF Solution/AWR AXIEM EM simulator enables designers to perform EM analysis to isolate/characterize critical traces within complex multi-layer configurations of today’s modern applications.
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Virtuoso RF Solution/AWR AXIEM EM simulator enables designers to perform EM analysis to isolate/characterize critical traces within complex multi-layer configurations of today’s modern applications.
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This application note discusses these trends and presents recent advances in EDA tools for phased-array-based systems.
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This application note describes the design of an innovative Doherty amplifier architecture using 200-W high-efficiency broadband 1.8-2.7 GHz GaN HEMT technology.
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This application note demonstrates how the radar design capabilities within VSS software can be used to design mmWave radar systems and antenna array technologies for ADAS applications.
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This application note outlines the electromagnetic (EM) simulation and verification flow between the Cadence Allegro PCB Designer and Cadence AWR Design Environment platform for a PCB design.
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This application note overviews the options for high-performance electromagnetic (EM) computing for circuit simulations based on remote and parallel simulations.
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