RF/Microwave Technology Driving the Connected Car
This white paper looks at AWR software solutions for RF to mmWave front-end component development that addresses electronic product development for automotive applications.
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This white paper looks at AWR software solutions for RF to mmWave front-end component development that addresses electronic product development for automotive applications.
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The focus of this white paper is on the general challenge of antenna design and simulation as implemented with antenna-in-package (AiP) and antenna-in-module (AiM) advanced packaging technology...
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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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Fundamental RF/Microwave Principles for Your Next School Project
Start Free TrialThis webinar demonstrates how the Cadence® AWR Design Environment® V16 platform supports an RF-to-PCB workflow using a new unified library import wizard to convert Cadence Allegro® PCB Editor...
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This webinar will showcase Cadence RF solutions support for design, analysis, and integration of antennas within manufacturing layout flows for PCB, module, and RFIC technologies.
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This talk presents best practices that can help designers achieve accurate simulation results in a short timeframe.
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Cadence Design Systems discusses additions to it AWR Microwave Office such as thermal simulation capabilities as demonstrated on a power amplifier design at EuMW 2021 in London.
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We discuss resonance frequency and impedance bandwidth as well as how to measure antenna impedance in this brief article.
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Learn why phased array antennas are used in a variety of applications such as wireless communication systems, 5G technologies, and radar systems.
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Learn more about planar waveguides and why they are often chosen for optical sensor applications.
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Learn about the advantages of employing phased array antenna design in communication systems in our brief article.
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Learn about the benefits and applications of automotive millimeter-wave radar in our brief article.
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Learn about the different antenna measurement methods engineers can use to conduct antenna measurements to ensure antennas meet the necessary specifications.
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Learn more about the various applications of mmWave radar as well as the advantages this technology provides.
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S-band radar is utilized to overcome atmospheric effects. Learn more about S-band radar advantages and disadvantages in our brief article.
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The Ka-band frequency offers many advantages for use in military forces, radars, aircraft, radio communications, and satellite communications.
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The textbook covers microwave components, as well as how they fit into modern radio, radar, and sensor systems.
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Learn more about recent GaN technology improvements, including GaN-on-Si technology.
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