Advanced Model Features

Flexible, measurement-based models across an entire component series, enabling accurate substrate and pad scaling, tuning, and optimization.

Provide greater control over component mounting conditions, improving simulation accuracy through configurable pad angle, pad geometry, solder mask, and solder paste parameters.

Detailed datasheets provide validation, scalability, and measurement comparison data for every Modelithics model.

Optimize designs using discrete manufacturer part values to quickly identify suitable real-world components.

ESR accounts for component resistive losses, enabling more accurate prediction of real-world performance.

Seamlessly combine circuit and electromagnetic simulations for more accurate analysis of complete RF and microwave designs.

Measurement-validated noise parameters enable accurate prediction of amplifier and transistor noise performance in circuit simulations.

Accounts for component mounting orientation to improve high-frequency simulation accuracy.

Controls how solder pads render in the layout, providing greater flexibility for EM/circuit co-simulation without affecting model simulation.

Adjusts model performance for user-defined solder-pad dimensions, enabling accurate simulations across different PCB layouts.

Cover an entire vendor component series in a single model, enabling efficient tuning and discrete-value optimization using real manufacturer part values.

Measurement-based S-Parameter Models provide accurate high-frequency data for popular electronic components.

A unique Modelithics model parameter that controls model functionality, simulation behavior, and layout configuration.

Account for manufacturing tolerances through Monte Carlo simulation to evaluate real-world component variation.

Accounts for substrate variations to accurately predict component performance on the target PCB.

Advanced large-signal behavioral models that accurately capture non-linear device performance under varying operating conditions.