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“At present more than 90 percent of our customers are ADS users. Partnering with Agilent has made it possible for us to quickly establish a strong capability and expertise to provide modeling products that are directly compatible with the latest releases of ADS.” |
— Lawrence Dunleavy, President, Modelithics |
Modelithics, Inc. provides the highest quality, RF/microwave/mm-wave characterization services and modeling products. Modelithics offers a broad array of measurement services, including S-parameters, noise parameters, and source/load-pull. Another specialty is equivalent circuit and black-box models for linear and non-linear devices that can be inserted into most microwave Electronic Design Automation (EDA) software tools currently on the market. Modelithics helps customers achieve rapid RF/MW design and manufacturing success, by providing superior service and fast turn-around.
By Agilent cooperating with Modelithics to develop models and libraries for industry use, the EDA industry as a whole benefits from the modeling technology incorporated into Modelithics libraries. Mark Smith, Lead Member of Technical Staff, Airnet Communications Corp., Melbourne, FL, comments: "The Modelithics CLR library has greatly increased my confidence in ADS simulations of lumped element filters and matching networks. First or second pass success is now routine. The convenience and ease of use alone is worth the cost. Thanks."
20 September 2007. Modelithics has released an enhanced version of their powerful and feature-rich Non-Linear Transistor Model Library for Agilent-ADS. This Modelithics NLT Library upgrade adds several new models, representing dual-gate MOSFET, LDMOS, HBT and HEMT from NXP, NEC and Mitsubishi companies with feature and documentation updates to previously released models.
Lawrence P. Dunleavy and Jiang Liu, Modelithics, Inc., Understanding P2D Nonlinear Models, Microwaves & RF, July 2007. Current issue: Microwaves & RF.
Modelithics, Inc. - ADS Users GENESYS Users
Application Note: Tolerance in Surface Mount Varactor Diodes. PDF, 83 KB. 25 May 2006.
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