Products by Modelithics, Inc

An indispensable collection of the industry's most advanced simulation models for passive components, transistors, diodes and more. These reliable, measurement-based models maximize the RF/MW electronic design automation (EDA) process, reduce design cycle times, and lower product development cost....

High-accuracy, measurement-based software simulation models for RF, Microwave, and mm-wave electronic design. The CLR Library contains models of capacitors, inductors and resistors. Modelithics’ Global Models cover entire part families and are substrate-scalable, part-value scalable, and...

Feature-rich measurement-based non-linear transistor models for RF/MW simulations. Modelithics NLT library models offer temperature scaling and include advanced measurements, such as load pull and noise parameters.

Superior non-linear diode models for RF/MW simulations, developed using equivalent circuit models. Many models are temperature and substrate scalable. Modelithics model libraries work seamlessly with popular EDA tools to significantly reduce design cycle time and cost.

System-level component models, based on measurement data, developed using equivalent circuits. Highly accurate RF/MW simulation models of components such as amplifiers, attenuators, filters and others.

Modelithics will measure a device per customer specifications and develop a high-quality, measurement-based equivalent circuit model for RF and Microwave design. Modelithics models take into account substrate and parasitic effects, enabling frist-pass design success.

Modelithics offers custom device measurement services at customer-defined specifications. Measurement capabilities include S-parameters, ESR, Insertion Loss, Static/Pulsed I-V, Noise Parameters, Load Pull, X-Parameters*, and others.

Modelithics will convert any existing compact model currently in our Non-Linear Transistor Library to an X-Parameter* model. Modelithics models work seamlessly with popular EDA tools to enable excellent design accuracy that reduces both time and cost of the design cycle.