Induction Motor Configuration

R2026b

Configure system parameters of induction motor

Since R2022b

• 

Induction Motor Configuration block

To add a block to a model, double-click the canvas and start typing the block name. Then, select the block from the list.

Libraries:
Motor Control Blockset HDL Support / Electrical Systems / Motors

Description

The Induction Motor Configuration block generates the configuration signal for an induction machine or motor. You can use this signal to update the parameters of induction motor blocks that support FPGA deployment, such as the Induction Motor HDL block.

Examples

Field-Oriented Control (FOC) of PMSM Using Hardware-in-the-Loop (HIL) Simulation

Uses hardware-in-the-loop (HIL) simulation to implement the field-oriented control (FOC) algorithm to control the speed of a three-phase permanent magnet synchronous motor (PMSM). The FOC algorithm requires rotor position feedback, which is obtained by a quadrature encoder sensor. For more information on FOC, see Field-Oriented Control.

• Open Example

Ports

Output

Config — Block configuration signal

vector

Configuration signal for induction machine or motor, which includes the following parameters that you configure using this block.

Configuration element			Units
Number of pole pairs			-
Stator resistance per phase			ohm
Stator leakage inductance			Henries
Rotor resistance			ohm
Rotor leakage inductance			Henries
Magnetizing inductance			Henries
Inertia			kgm^2
Back electromotive force, EMF			Vpk_LL/krpm Vpk_LL is the peak voltage line-to-line measurement
Viscous damping			N·m/(rad/s)
Port configuration (Torque or Speed)			-

Data Types: single

Parameters

Block Options

Port configuration — Select port configuration

Torque (default) | Speed

This table summarizes the input and output ports in each configuration.

Mechanical input configuration parameter value			LdTrq/Spd port configuration
Torque			LdTrq
Speed			Spd

Sample Time (Ts) — Sample time after which block executes again

1e-6 (default) | scalar

The fixed time interval (in seconds) between every two consecutive instances of block execution.

Parameters

Number of pole pairs — Pole pairs

2 (default) | scalar

Number of pole pairs, P, in the motor.

Stator resistance (Ohm) — Stator resistance

1.77 (default) | scalar

Stator resistance, R_s, in ohm.

Leakage inductance (H) — Stator leakage inductance

0.0139 (default) | scalar

Stator leakage inductance, L_ls, in H.

Rotor resistance (Ohm) — Rotor resistance

1.34 (default) | scalar

Rotor resistance, R_r, in ohm.

Leakage inductance (H) — Rotor leakage inductance

0.0121 (default) | scalar

Rotor leakage inductance, L_lr, in H.

Magnetizing inductance (H) — Inductance

0.3876 (default) | scalar

Magnetizing inductance, L_m, in H.

Physical Inertia (kg*m^2) — Physical inertia

0.001 (default) | scalar

Physical inertia of the motor, J, in kg.m^2.

Viscous damping (N*m/rad/s) — Viscous damping

0 (default) | scalar

Viscous damping of the motor, F, in N·m/(rad/s).

Static friction (N*m) — Static friction

0 (default) | scalar

Static friction in the motor, T_f, in N·m.

Programmatic Use: Add Block

To add the block programmatically, use the add_block function with one of these library block paths as the source.

"mcbhdllib/Electrical Systems/Motors/Induction Motor Configuration"

Example: add_block("mcbhdllib/Electrical Systems/Motors/Induction Motor Configuration","myModel/myBlock",MakeNameUnique="on")

Version History

Introduced in R2022b