Básico
R2026aCree modelos electrónicos personalizados utilizando componentes pasivos básicos.
Bloques de Simscape
 | Capacitor | Linear or nonlinear capacitor with optional tolerance, operational limits, and fault behavior |
 | Constant Current Load | Constant current load for DC or AC supply |
 | Constant Current Load (Three-Phase) | Three-phase constant current load |
 | Constant Power Load | Constant power load for DC or AC supply |
 | Constant Power Load (Three-Phase) | Three-phase constant power load |
 | Crystal | Stable resonator |
 | Diffusion Resistor | Resistor model with velocity saturation and optional tolerance, operational limits, fault behavior, and noise |
 | Dynamic Load | Dynamic load for DC or AC supply |
 | Dynamic Load (Three-Phase) | Balanced three-phase dynamic load |
 | Eddy Current | Eddy current loss representation |
 | Incandescent Lamp | Incandescent lamp with temperature dependent resistance |
 | Inductor | Inductor including optional tolerance, operational limits, and fault behavior |
 | Magnetic Core | Nonlinear reluctance, hysteresis, and optional eddy losses (Desde R2024b) |
 | Nonlinear Inductor | Inductor with nonideal core |
 | Nonlinear Reluctance | Linear or nonlinear reluctance with optional hysteresis |
 | Passive Harmonic Filter (Three-Phase) | Harmonic current filter |
 | Potentiometer | Rotary or linear-travel potentiometer controlled by physical signal |
 | Resistor | Resistor including optional tolerance, operational limits, fault behavior, and noise |
 | S-Parameter Rational Fit | Implement rational fit approximation to S-parameter description of linear system (Desde R2024b) |
 | Supercapacitor | Electrochemical double-layer capacitor |
 | Variable Capacitor | Linear time-varying capacitor |
| Variable Gap Capacitor | ||
 | Variable Inductor | Linear time-varying inductor |
 | Varistor | Voltage-dependent resistor |
 | Winding | Electromagnetic converter with ohmic and magnetic flux losses |
Temas
- Parameterize Blocks from Data Sheets
Overview of techniques used to specify block parameters to match the data from manufacturer data sheets.
Ejemplos destacados
Tap-Changing Transformer for Automatic Voltage Regulation
Use a single-phase tap-changing transformer to control the voltage across an RLC load. The system contains an AC voltage source that generates a 60 Hz sine wave (located on the left-hand side of the circuit). The root-mean-square value for the voltage generated by this source is 120 V (reference voltage).
Model Hysteresis and Eddy Current Losses in an Iron Core
Model the hysteresis and eddy current losses in the iron core of an electrical transformer using the Magnetic Core block. This block represents a magnetic core with magnetic hysteresis and implements the Jiles-Atherton model. You can parameterize the block using saturated B-H curve data, magnetic characteristics, or the Jiles-Atherton parameters.
Model Constant Power Consumption with Varying AC Voltage Supply
Model constant power consumption using the Constant Power Load block in an AC circuit with varying voltage controlled by a Tap-Changing Transformer block.
LC Transmission Line and Test Bridge
A transmission line model and bi-directional test bridge. Reflected and transmitted signals are slightly different if the test direction is changed. This is because the line model is not symmetric. This type of model can be used both to explore the impact of cable choice on transmission characteristics, and also to compare relative fidelity of different transmission line model structures and parameterizations.
