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SimRF Blocks

Alphabetical List By Category

Circuit Envelope Simulation

S-Parameters and Linear Components

Resistor Model resistor for circuit envelope analysis
S-Parameters Model S-parameter network
Transmission line Model transmission line
Filter Model RF filter
Circulator Model ideal frequency-independent circulators with S-parameters
Coupler Model ideal frequency-independent couplers with S-parameters
Divider Model ideal frequency-independent dividers (combiners) with S-parameters
Continuous Wave Model constant envelope source
Noise Model noise using current or voltage noise source in RF systems
Sinusoid Model DC offset and sinusoidal modulation
Configuration Define system simulation settings
Inport Convert Simulink input signal to SimRF signal
Outport Convert SimRF signal to Simulink output signals
Connection Port Connection port for RF subsystem
Ground Simulate connection to electrical ground

Noise Modeling

Amplifier Model amplifier in RF systems
Attenuator Model attenuator for RF circuit
Resistor Model resistor for circuit envelope analysis
S-Parameters Model S-parameter network
Mixer Model mixer in RF systems
Variable Attenuator Model variable attenuator
Variable Phase Shift Model variable phase device
Variable Capacitor Model variable capacitor
Variable Inductor Model variable inductor
Circulator Model ideal frequency-independent circulators with S-parameters
Coupler Model ideal frequency-independent couplers with S-parameters
Divider Model ideal frequency-independent dividers (combiners) with S-parameters
Continuous Wave Model constant envelope source
Noise Model noise using current or voltage noise source in RF systems
Sinusoid Model DC offset and sinusoidal modulation
Configuration Define system simulation settings
Inport Convert Simulink input signal to SimRF signal
Outport Convert SimRF signal to Simulink output signals
Connection Port Connection port for RF subsystem
Ground Simulate connection to electrical ground

Nonlinear Modeling

Amplifier Model amplifier in RF systems
Resistor Model resistor for circuit envelope analysis
Phase Shift Model phase shift in RF systems
S-Parameters Model S-parameter network
Mixer Model mixer in RF systems
Signal Combiner Compute sum of RF signals
Circulator Model ideal frequency-independent circulators with S-parameters
Coupler Model ideal frequency-independent couplers with S-parameters
Divider Model ideal frequency-independent dividers (combiners) with S-parameters
Continuous Wave Model constant envelope source
Noise Model noise using current or voltage noise source in RF systems
Sinusoid Model DC offset and sinusoidal modulation
Configuration Define system simulation settings
Inport Convert Simulink input signal to SimRF signal
Outport Convert SimRF signal to Simulink output signals
Connection Port Connection port for RF subsystem
Ground Simulate connection to electrical ground

Custom Blocks

Configuration Define system simulation settings
Inport Convert Simulink input signal to SimRF signal
Outport Convert SimRF signal to Simulink output signals
Ground Simulate connection to electrical ground

Equivalent Baseband Simulation

Cascaded Subsystems

General Amplifier Model nonlinear amplifier described by rfdata object or file data
S-Parameters Amplifier Model nonlinear amplifier using S-parameters
Y-Parameters Amplifier Model nonlinear amplifier using Y-parameters
Z-Parameters Amplifier Model nonlinear amplifier using Z-parameters
General Mixer Model mixer and local oscillator described by rfdata object
S-Parameters Mixer Model mixer and local oscillator using S-parameters
Y-Parameters Mixer Model mixer and local oscillator using Y-parameters
Z-Parameters Mixer Model mixer and local oscillator using Z-parameters
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
Series R Model series resistor
Series L Model series inductor
Series C Model series capacitor
Series RLC Model series RLC network
Shunt R Model shunt resistor
Shunt L Model shunt inductor
Shunt C Model shunt capacitor
Shunt RLC Model shunt RLC network
Connection Port Connection port for RF subsystem
Input Port Connection block from Simulink environment to RF physical blocks
Output Port Connection block from RF physical blocks to Simulink environment
Coaxial Transmission Line Model coaxial transmission line
Coplanar Waveguide Transmission Line Model coplanar waveguide transmission line
Microstrip Transmission Line Model microstrip transmission line
Parallel-Plate Transmission Line Model parallel-plate transmission line
RLCG Transmission Line Model RLCG transmission line
Transmission Line Model transmission line
Two-Wire Transmission Line Model two-wire transmission line

Network Parameter Data

General Circuit Element Model two-port network described by rfckt object
General Amplifier Model nonlinear amplifier described by rfdata object or file data
General Mixer Model mixer and local oscillator described by rfdata object
General Passive Network Model two-port passive network described by rfdata object
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
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

Visualization

Output Port Connection block from RF physical blocks to Simulink environment
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