Learn how Modelithics empowers engineers with accurate models, advanced characterization, and proven design tools that help bring innovative products to market faster.
University Program
Inside the Modelithics University Program
The Modelithics University Program supports engineering education and academic research by providing qualified faculty and faculty-supervised students with access to industry-leading simulation models for coursework, research projects, and other non-commercial academic activities. Participation is available through an application process.
Eligible Participants Include:
- Faculty members who teach or supervise RF, microwave, and high-frequency design
- Graduate students working under faculty supervision
- Undergraduate students working under faculty supervision
With approval, access would be granted to the Modelithics EXEMPLAR Library™ for one year for academic and non-commercial use. The EXEMPLAR Library is a representative subset of the Modelithics COMPLETE Library™.
Take Your Teaching and Research Further
Join universities around the world using Modelithics technology to enhance coursework, student projects, and academic research. Complete the application form to get started.
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University Request Form
Complete the University Request Form to support educational modeling and research requests.
Download Request Form
University Extension Request Form
Complete the University Extension Request Form to request continued access to models and tools for educational use.
Download Request Form
Qorvo GaN Library University Request Form
Qorvo GaN die and packaged transistor models, including bondwire on and off modes.
Download Request Form
Macom GaN Library University Request Form
MACOM GaN packaged transistor models, validated on load pull and multi-bias data.
Download Request FormPublished University Papers
Hybrid Balanced Power Amplifier at 5.8 GHz Using GaN HEMTS and Sierpinski Space-Filling Couplers Design Approach
GaN HEMT-Based Frequency Quadrupler Up-Converting from S Band to X Band with Conversion Gain in Narrowband
Dual-Band Class J Power Amplifier at 2.45 and 5.8 GHz for UAVs Communications
Highly linear dual capacitive feedback LNA for Lband atmospheric radars
Arbitrary-Angle Squint-Free Beam-forming in Series-Fed Antenna Arrays Using Non-Foster Elements Synthesized by Negative-Group-Delay Networks
Symmetrical Doherty Amplifier with High Efficiency over Large Output over Dynamic
Wideband and Efficient Watt-level SiGe BiCMOS Switching Mode Power Amplifier Using Continuous Class-E Modes Theory
Multilayer Antennas with Harmonic Filtering for Differentially Fed Power Amplifier Integration
400 Watt Sequential Power Amplifier Using Inverted Doherty-Type Active Load Modulation with 50 % Efficiency at 10 dB Back-off over 23 % Fractional Bandwidth
450W Sequential Power Amplifier with 60% Efficiency at 10 dB Back-Off Using Active Doherty-Type Load Modulation
Reconfigurable Dual-Band Power Amplifier for Telemetry Applications
Published research using Modelithics models through the University Program? Please share your paper with the Modelithics University Team.
Academic Organizations That Have Used Modelithics Models
Design With the COMPLETE Library
Request a demonstration of the advanced modeling features, accuracy and simulation capabilities of Modelithics models.