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
What's New
- EdXact provides new integration of Jivaro with Agilent Technologies’ GoldenGate simulator
- Agilent's Newest 3-D Electromagnetic Simulation Software Release Targets EMI Compliance
- Agilent Technologies to Demonstrate Leading-Edge RF/MW Design and Test Solutions at IMS
- ClioSoft Announces the Integration of SOS Design Data Management with Advanced Design System
- Agilent to Demonstrate Latest RF Circuit, System and 3-D EM Design & Simulation Solutions at WAMICON
Related Links
Refine the List
By Application
- MMIC Design (7)
- RF & Microwave Board Design (16)
- RF System-in-Package & RF Module Design (7)
- RFIC Design (8)
By Type of Content
- Document Library
- Articles & Case Studies
- Case Study (3)
- Journal (4)
- Article (24)
- Newsletter (3)
- Articles & Case Studies
By Product Category
26-34 of 34
|
Power Amplifier Design Speed-Up Techniques
This Article presents how to speed up Power Amplifier Design by fast source-pull, real-time load-pull and accurate measurement-based behavioural models.
Article 2005-11-01 |
|
|
Product How To: Design a polar frequency discriminator
Polar frequency discriminators (PFD) are widely used in radar and direction-finding applications to determine the unknown frequency of incoming pulses. This article explains how to design the RF portion of a PFD, over a frequency range of 2 to 8 GHz, using Agilent’s ADS software.
Article 2012-06-08 |
|
|
RF SiP Design Verification Flow with Quadruple LO Down Converter SiP
This Article by HeeSoo Lee and Dean Nicholson outlines the design flow used for a System-in-Package component, using multiple die integrated into a single packaged device.
Article 2007-05-01 |
|
|
Solving the RFIC Design for Yield and Verification Dilemma
Microave Journal article on the role and evolution of simulation-based performance verification and yield for today’s highly integrated RFICs for digital wireless communications.
Journal 2010-07-15 |
|
|
Sorting Through EM Simulators
Matching an electromagnetic simulator to a particular application requires an understanding of the different simulation technologies at the heart of these software tools.
Article 2012-05-25 |
|
|
Symmetric and Asymmetric - Coupled Lines Band-Stop Filters at Ku/Ka Bands
This Article presents theory and design of coupled-line spur line band-stop filters, which are quite compact structures, lower radiation loss than conventional shunt stub and coupled-line filters.
Article 2006-03-01 |
|
|
Using S-Parameter Data Effectively
This Article by Wilfredo Rivas-Torres focuses on how to incorporate Sparameters in the design process using a CAD approach.
Article 2006-03-30 |
|
|
WIN Semiconductors Announces New MMIC Tool Bar Personality for ADS Process Design Kits
Newsletter 2009-10-23 |
|
|
X-parameters Aid MMIC Design
Microwaves & RF article on how models based X-parameters can provide insights into the linear and nonlinear behavior of key components in wireless systems, including power amplifiers and mixers.
Journal 2010-07-30 |
