The Cadence Clarity 3D Solver electromagnetic (EM) simulator leverages Cadence distributed multiprocessing technology to deliver virtually unlimited capacity and 10X simulation speed improvements.
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Celsius Thermal Solver and AWR software integration provide ready access to high-capacity electrothermal analysis for design verification/signoff of large, densely populated RF/microwave systems.
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Learn more about calculating power flow in a parallel plate waveguide using the Poynting vector.
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Learn the properties of the TEM mode of propagation in a lossless medium to better understand wave propagation characteristics in general.
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The dominant mode in a parallel plate waveguide can be selected in theory, but making this a reality is more difficult than you might think.
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Fundamental RF/Microwave Principles for Your Next School Project
Start Free TrialInsertion loss describes the ratio between input power and transmitted power. Learn why S-parameter insertion loss plays a critical role in the design of microwave circuits.
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The quality factor of a microstrip-line resonator describes the ability of the resonator to store energy. Learn more about this important parameter in our brief article.
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Designing circuits requires an understanding of microstrip line loss mechanisms, including conductor losses, dielectric losses, and radiation losses.
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The proximity effect in transmission lines causes increased effective resistance and ac power loss.
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Learn how to prevent leakage current losses in transmission lines by first understanding the relationship between these losses and the loss tangent of a dielectric substrate.
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In this brief article, learn the best methods for reducing ohmic, dielectric, and radiation losses in the transmission lines used in RF and microwave circuits.
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Understanding the concept of attenuation in parallel plate waveguides can help you engineer signal behavior in any other waveguide. Learn more in our brief article.
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Microwave Office and the Celsius Thermal Solver integration helps save considerable time in analyzing the thermal model and operating temperatures of RF ICs, PAs, MMICs, and packaged devices on a PCB.
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Learn how you can use quarter-wavelength resonators as microstrip filter structures to remove noise in wireless communication systems.
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New AWR V16 platform expands Cadence workflows to speed design time for multi-technology integration.
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Quarter-wave microstrip lines are used to design lumped elements such as filters, resonators, and couplers in RF and microwave components.
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Transmission line S-parameters are elements of the scattering matrix used to model the behavior of linear RF and microwave networks.
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Ultra-wideband technology offers low power, high precision wireless connections with broader bandwidth. Learn about RF components used for ultra-wideband systems in our brief overview.
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For circuit design and simulation, it is important to extract lumped element modeling with equivalent circuits for miniaturized RF components.
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Partitioning in RF designs is critical to achieving an efficient and reliable system. Learn our key recommendations for partitioning in our short guide.
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