Idealized Baseband Simulation
Use the blocks in the Idealized Baseband library to create mathematical models of RF components within the Simulink environment. You can connect blocks in library to other Simulink blocks directly without an input or an output connection block and run the simulations. During the simulation, the model uses complex-baseband representation of the blocks to compute time-domain waveforms.
Idealized Baseband blocks assume perfect impedance matching and a nominal impedance of 1 ohm. This means that there are no loading effects and the power flow is unidirectional. You can use these blocks in digital signal processing to estimate the impact of RF phenomena on overall system performance.
The RF Blockset Idealized Baseband library includes RF amplifiers, filters, and mixers. In the Simulink environment, you connect these Idealized Baseband library blocks to other Simulink blocks to represent a higher abstract level for your RF architecture.
You can also use the block library with Simulink Coder™ software to generate C code for real-time execution.
|Complex baseband model of amplifier with noise and nonlinearities (Since R2020a)
|Model RF and IQ modulator and RF and IQ demodulator with impairments and noise
|Model narrowband power amplifier with memory (Since R2022a)
|Model RF complex baseband S-parameters in Simulink (Since R2023a)
|Filter RF complex baseband signals in Simulink (Since R2023a)
- Idealized Baseband Library
Learn about Idealized Baseband library environment.
- Nonlinearities and Noise in Idealized Baseband Amplifier Block
Use Idealized Baseband Amplifier block to simulate nonlinearities and noise in your RF system design.
- Nonlinearities and Noise in Idealized Baseband Mixer Block
Use Idealized Baseband Mixer block to simulate nonlinearities and noise in your RF system design.