HPA Design for Satellite Communications
In this video David Vye talks with Thomas Young of Arralis about the K-band satcom GaN HPA design using AWR software. https://www.arralis.com/
Watch Video
AWR Design Forum
Learn more about Cadence® AWR Design Environment® software with this video collection of the best presentations from customers, partners, and academia is now available for on-demand viewing.
-
-
RF Link Budget Analysis Using Visual System Simulator
This video presentation demonstrates how to use the RF modeling capabilities in Visual System Simulator software for RF link budget design and analysis.
Watch Video
-
Phased-Array Antenna Simulation for 5G
This presentation introduces capabilities that guide engineers through the design, analysis, and physical realization of new arrays, incorporating real-world radiation patterns, RF links, etc.
Watch Video
- Free Trial
-
Phase Noise Modeling Using AWR Software
This presentation explains how to use the Visual System Simulation time-domain engine to measure phase noise.
Watch Video
-
MMIC PA Design for 28 GHz 5G Applications Using UMS GH15 Gan-on-SiC
This talk introduces the United Monolithic Semiconductors foundry and its processes, followed by highlights of techniques supporting device modeling of III-V wide bandgap semiconductor technology.
Watch Video
-
Best Practices for Efficient and Effective EM Simulation
The best practices address four main design areas: ports, EM environment, meshing, and simulation.
Watch Video
-
Input and Output Controlled High-Efficiency PAs
This presentation discusses the design of efficiency-enhanced PAs by concurrently controlling input and output harmonics.
Watch Video
-
EM Simulation for RFIC Silicon
This talk will present examples using the Cadence EM simulators, AXIEM 3D planar method-of-moments (MoM) and Analyst™ 3D finite-element method (FEM), to address EM simulation issues for silicon.
Watch Video
-
Doherty PA Design from Load-pull Derived EPHD Models
This talk presents basic Doherty PA theory and design methodology featuring specific simulation and design automation capabilities within Microwave Office circuit design software.
Watch Video
-
Designing a Narrowband 28-GHz Bandpass Filter for 5G Applications
This presentation takes a look at the filter design challenges brought on by adopting these new technologies and the factors driving the physical, electrical, and cost restraints for 5G filters.
Watch Video
-
Wolfspeed RF Device Modeling
The presentation will cover the core aspects of Wolfspeed nonlinear GaN HEMT model.
Watch Video
-
Challenges Around GaN-on-SiC at High Frequencies
GaN technologies for RF/mmWaves require techniques to unleash the full potential of short gate-length GaN-on-SiC HEMT processes. Different challenging cases will be addressed during the presentation.
Watch Video
-
Modeling the Coupled Effect Between Antenna Arrays and Nonlinear RF Front Ends
This presentation highlights the use of VISION models in AWR software to address complex systems' design and simulation, accounting for nonlinearities, inter-block mismatches, and memory effects.
Watch Video
-
GaN/SI Microwave Process for 5G High-Power and Low-Noise Applications
This presentation will describe the OMMIC GaN solution for microwave and mmWave PAs.
Watch Video
-
Active and Passive Matching in RFPAs: A Quirky Partnership
This talk will discuss some of the potential benefits, but also the possible hazards, of this approach in PA design.
Watch Video
-
RF/Microwave Design in Teaching
In this video, David Vye talks with Dr. Zoya Popovic of University of Colorado Boulder regarding the use of AWR software in education.
Watch Video
-
An Enhanced Design Flow for Cavity Combline Filters
Cavity combline filters and multiplexers are widely used in commercial and military systems. Many of these filters use finite transmission zeros to increase selectivity in the stopbands, which...
Watch Video
-
Addressing Instability in Wide Bandwidth High Power Amplifiers (HPAs)
This webinar presents the use of stability analysis techniques to identify potential instability in a 200-W PA and design techniques to stabilize the amplifier.
Watch Video
