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RF & Microwave Design

Agilent design software provides proven RF and Microwave solutions with very accurate models and powerful simulation technologies ranging from circuit, electromagnetic (EM), and system level designs. With Agilent, you'll be equipped to pinpoint, optimize and deliver - on time.

RF and Microwave Design Challenges

  • Ever increasing substrate layer counts, smaller form factors, complex packaging technologies, and closer design proximities continue to make designs ever more challenging
  • Seamlessly integrated circuit and EM simulation tools that flow from schematic entry through to production and verification
  • Continuous innovation of simulation technology performance to increase accuracy while dramatically reducing simulation speeds

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Accurate Simulation Models Yield High Efficiency Power Amplifier Design 
In this Paper, an accurate nonlinear transistor model is shown to form the basis for a systematic simulation-based design procedure for a microwave power amplifier.

Technical Overview 2005-12-01

PDF PDF 298 KB
ADS for your RF Board Design Flow 
Overview of ADS & Genesys for RF Board design flow.

Technical Overview 2009-02-03

PDF PDF 1.87 MB
Automated Circuit Modeling Tool for Arbitrary Passive Microwave and RF Components 
This Paper describes an automated circuit-modeling tool developed for arbitrary passive components. The tool builds compact, parameterized, analytical models based on fullwave EM simulations.

Technical Overview 2002-06-24

PDF PDF 105 KB
De-Embedding Series-Connected/Transmission Configured Devices 
This Technical Overview details the complete de-embedding methodology that has been successfully implemented in IC-CAP for device characterization and modeling purposes.

Technical Overview 2003-08-21

PDF PDF 352 KB
Filters with Complex-Impedance Terminations 
A Technical Note on Filters with Complex-Impedance Terminations details some techniques for designing filters with unequal or reactive terminations and also network matching.

Technical Overview 2005-11-14

PDF PDF 140 KB
Overview on Co-Simulation of DSP, RF and Analog 
This Paper presents a design environment supporting a mix of simulation engines, signals and models for DSP, RF and analog technologies.

Technical Overview 1999-01-01

PDF PDF 310 KB
Overview on Constrained EM-based Modeling of Passive Components 
An Overview by Tom Dhaene, Jan De Geest and Daniel De Zutter (Agilent Technologies) focusing on details of constrained EM-based modeling of passive components.

Technical Overview 2002-06-01

PDF PDF 378 KB
Overview on EM Accuracy with the Speed of Analytical Models 
This Paper by Mounir Adada presents the new model composer; ADS 2001 linear simulator, enables generation of EM accurate parameterized passive models with the simulation speed of analytical models.

Technical Overview 2001-12-01

PDF PDF 204 KB
Overview on Microwave Coupled Line Filters Based on ADS 
This Paper presents a new design methodology for microwave coupled lined filters based on Agilent ADS EDA software which combines circuit simulation and EM simulation under a single platform.

Technical Overview 2002-02-01

PDF PDF 275 KB
Polygonal Basis Functions for EM Simulation of Geometrical Planar Structures 
This paper presents a new polygonal vector functions that are the generalization of the rectangular and triangular rooftop functions allowing flexible meshing of complex geometrical structures.

Technical Overview 2002-06-01

PDF PDF 192 KB
RF/Microwave Oscillator Phase Noise calculation - Envelope Transient Technique 
A brief Technical Overview on Rigorous RF and Microwave Oscillator Phase Noise calculation using Envelope Transient Technique by E. Ngoya, J. Rousset, and D. Argollo

Technical Overview 2005-06-22

PDF PDF 322 KB
SystemVue 2013 Technical Overview 
SystemVue is a focused EDA environment for electronic system-level (ESL) design that enables system architects and algorithm developers to innovate the physical layer (PHY) of next-generation wireless and aerospace/defense communications systems.

Technical Overview 2013-01-30

PDF PDF 399 KB
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