| Contents | Index |
Blocks — By Category | Alphabetical List |
|
| Amplifier | Model amplifier in RF systems |
| C (Capacitor) | Model capacitor for circuit-envelope analysis |
| Gnd (Ground) | Simulate connection to electrical ground |
| L (Inductor) | Model inductor for circuit-envelope analysis |
| Mixer | Model mixer in RF systems |
| Mutual Inductor | Model two coupled inductors for circuit-envelope analysis |
| Phase Shift | Model phase shift in RF systems |
| R (Resistor) | Model resistor for circuit-envelope analysis |
| S-Parameters | Model S-parameter network |
| Signal Combiner | Compute sum of RF signals |
| Three-Winding Transformer | Model three coupled inductors for circuit-envelope analysis |
| Transmission Line | Model transmission line |
| Z (Impedance) | Model a frequency-independent impedance for circuit-envelope analysis |
| Continuous Wave | Model constant envelope source |
| Noise | Model current or voltage noise in RF systems |
| Sinusoid | Model modulated sinusoids in RF systems |
| SimRF Inport | Convert Simulink input signal to SimRF signal |
| SimRF Outport | Convert SimRF signal to Simulink output signal |
| SimRF Parameters | Specify system-wide parameters for circuit-envelope analysis |
| Solver Configuration | Represent physical network environment |
![]() | Blocks — Alphabetical List |

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