Alphabetical List
By Category

Amplifier | Model amplifier in RF systems |

Attenuator | Model attenuator for RF circuit |

Circulator | Model ideal frequency-independent circulators with S-parameters |

Coaxial Transmission Line | Model coaxial transmission line |

Configuration | Define system simulation settings |

Connection Port | Connection port for RF subsystem |

Continuous Wave | Model constant envelope source |

Coplanar Waveguide Transmission Line | Model coplanar waveguide transmission line |

Coupler | Model ideal frequency-independent couplers with S-parameters |

Divider | Model ideal frequency-independent dividers (combiners) with S-parameters |

Filter | Model RF filter |

General Amplifier | Model nonlinear amplifier described by rfdata object or file data |

General Circuit Element | Model two-port network described by rfckt object |

General Mixer | Model mixer and local oscillator described by rfdata object |

General Passive Network | Model two-port passive network described by rfdata object |

Ground | Simulate connection to electrical ground |

Inport | Convert Simulink input signal to SimRF signal |

Input Port | Connection block from Simulink environment to RF physical blocks |

LC Bandpass Pi | Model LC bandpass pi network |

LC Bandpass Tee | Model LC bandpass tee network |

LC Bandstop Pi | Model LC bandstop pi network |

LC Bandstop Tee | Model LC bandstop tee network |

LC Highpass Pi | Model LC highpass pi network |

LC Highpass Tee | Model LC highpass tee network |

LC Lowpass Pi | Model LC lowpass pi network |

LC Lowpass Tee | Model LC lowpass tee network |

Microstrip Transmission Line | Model microstrip transmission line |

Mixer | Model mixer in RF systems |

Noise | Model noise using current or voltage noise source in RF systems |

Outport | Convert SimRF signal to Simulink output signals |

Output Port | Connection block from RF physical blocks to Simulink environment |

Parallel-Plate Transmission Line | Model parallel-plate transmission line |

Phase Shift | Model phase shift in RF systems |

Resistor | Model resistor for circuit envelope analysis |

RLCG Transmission Line | Model RLCG transmission line |

S-Parameters | Model S-parameter network |

S-Parameters Amplifier | Model nonlinear amplifier using S-parameters |

S-Parameters Mixer | Model mixer and local oscillator using S-parameters |

S-Parameters Passive Network | Model passive network using S-parameters |

Series C | Model series capacitor |

Series L | Model series inductor |

Series R | Model series resistor |

Series RLC | Model series RLC network |

Shunt C | Model shunt capacitor |

Shunt L | Model shunt inductor |

Shunt R | Model shunt resistor |

Shunt RLC | Model shunt RLC network |

Signal Combiner | Compute sum of RF signals |

Sinusoid | Model DC offset and sinusoidal modulation |

Transmission Line | Model transmission line |

Transmission line | Model transmission line |

Two-Wire Transmission Line | Model two-wire transmission line |

Variable Attenuator | Model variable attenuator |

Variable Capacitor | Model variable capacitor |

Variable Inductor | Model variable inductor |

Variable Phase Shift | Model variable phase device |

Y-Parameters Amplifier | Model nonlinear amplifier using Y-parameters |

Y-Parameters Mixer | Model mixer and local oscillator using Y-parameters |

Y-Parameters Passive Network | Model passive network using Y-parameters |

Z-Parameters Amplifier | Model nonlinear amplifier using Z-parameters |

Z-Parameters Mixer | Model mixer and local oscillator using Z-parameters |

Z-Parameters Passive Network | Model passive network using Z-parameters |

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