Circuit Envelope Simulation

Multicarrier RF simulation, RF impairments

The RF Blockset™ circuit envelope library enables you to simulate multicarrier frequencies. Use the blocks in this library to refine transceiver architectures with increased modeling fidelity. You can also use these blocks to model arbitrary topologies and examine alternative architectures for your RF system.

Circuit Envelope Highlights

Categories

Circuit Envelope Fundamentals
Envelope signal representation, Circuit Envelope library, and simulation
Circuit Envelope Simulation in MATLAB
Circuit envelope simulation of RF system at the MATLAB command line
S-Parameters and Linear Components
Touchstone files, S-parameter simulation, lumped and distributed elements
Noise Modeling
Noise sources, phase noise, thermal noise, noise figure specification
Nonlinear Modeling
Nonlinear elements, nonlinear behavior, intermodulation distortion, IP2/IP3, interference
RF Architecture Models and Applications
Model and simulate RF transmitters and receivers, simulate systems for applications such as 5G, LTE, DVB, ZigBee, and more
Measurements and Testbenches
Measure and verify gain, noise figure, and intercept point
Deployment and Custom Blocks
Enable model protection using Simulink Coder™ and author blocks using Simscape™ language

Featured Examples

Getting Started with RF Modeling

Build a simple RF receiver and perform circuit envelope simulation.

Open Script

Analysis of Frequency Response of RF System

Analyze the frequency response of an RF system.

Open Script