Figure 1 Input Port and Output Port of Rotor Speed Type
Input Signals
Port |
Input Signal |
Description | |
|
Rotor Angle |
The Rotor Angle. [rad] | |
Rotor Speed |
The Rotor Angular Speed. This value is a differential of Rotor Angl. [rad/s] | ||
Phase A Voltage |
The Phase A Voltage. [V] | ||
Phase B Voltage |
The Phase B Voltage. [V] | ||
Phase C Voltage |
The Phase C Voltage. [V] |
Output Signals
Port |
Output Signal |
Description | |
|
Rotor Angle |
The Rotor Angle. [rad] | |
Rotor Speed |
The Rotor Angular Speed. [rad/s] | ||
Stator Current of Phase A |
The Stator Current of Phase A. [A] | ||
Stator Current of Phase B |
The Stator Current of Phase B. [A] | ||
Stator Current of Phase C |
The Stator Current of Phase C. [A] | ||
Stator Current of d-Axis |
The Stator Current of d-Axis. [A] | ||
Stator Current of q-Axis |
The Stator Current of q-Axis. [A] | ||
Stator Voltage of d-Axis |
The Stator Voltage of d-Axis. [V] | ||
Stator Voltage of q-Axis |
The Stator Voltage of q-Axis. [V] | ||
Electrical Torque |
The Generated electrical torque. [N.m] | ||
Control Signals |
|
This signal is used when you control the motor use the PMSM Driver block. When you use the PMSM Machine block, this port doesn`t export any signal. | |
Driving Torque |
The driving torque Mechanical Part of the Equation of PMSM. [N.m] |
Example
Figure 2 Example of Rotor Speed Type