Measure signal properties using sensors and transducers.
|Accelerometer||Behavioral model of MEMS accelerometer|
|Current Sensor (Three-Phase)||Ideal three-phase current measurement|
|Current and Voltage Sensor (Three-Phase)||Ideal three-phase current and voltage sensor|
|Gyro||Behavioral model of MEMS gyro|
|Incremental Shaft Encoder||Behavioral model that converts angular position to electrical pulses|
|Light-Emitting Diode||Exponential light-emitting diode with optical power output port|
|Line Voltage Sensor (Three-Phase)||Ideal three-phase line voltage measurement|
|Peltier Device||Electrothermal converter|
|Phase Voltage Sensor (Three-Phase)||Ideal three-phase phase voltage measurement|
|Photodiode||Photodiode with incident flux input port|
|Power Sensor||Ideal instantaneous or cycle-average power measurement|
|Pressure Transducer||Behavioral model of generic pressure transducer that turns pressure measurement into voltage|
|Proximity Sensor||Ideal behavioral model of simple distance sensor|
|PS Sensor||Generic linear transducer with electrical output|
|PTC Thermistor||Switching type positive temperature coefficient (PTC) thermistor|
|Resolver||Rotary transformer that measures angle of rotation|
|Strain Gauge||Deformation sensor|
|Thermistor||Negative temperature coefficient thermistor using B-parameter equation|
|Thermocouple||Sensor that converts thermal potential difference into electrical potential difference|
Apply Simscape™ modeling rules when you build electronic, mechatronic, and electrical power system networks using Simscape Electrical™.
Connect three-phase blocks using composite ports for three-phase lines or expanded ports for single-phase lines.
Overview of techniques used to specify block parameters to match the data from manufacturer datasheets.