The AC Motor Control Solution is based on the DS5202 FPGA Base Board or on the MicroAutoBox with the DS1514 FPGA Base Board. The interfaces are specially designed for fast current / voltage measurements, connecting diverse position encoders and controlling AC motors such as asynchronous motors (ASMs), brushless DC motors (BLDCs) and permanent magnet synchronous motors (PMSMs).
Rapid control prototyping of AC motors requires fast I/O, which is fullfi lled by using an FPGA Base Board and the appropriate piggyback module, with the control algorithms running on the main processor. The interface between the user's control model and the AC Motor Control hardware is implemented by using the AC Motor Control Solution RTI Blockset.
Typical use cases for the AC Motor Control Solution are highly dynamic control systems for different types of AC motors.
Some scenarios:
To use the AC Motor Control Solution in a vehicle, you can install it in the dSPACE AutoBox or use the MicroAutoBox variant. For stationary use, it can be installed in an expansion box.
Parameter | Specification |
---|---|
Digital input |
|
Digital output |
|
ADC |
|
DAC |
|
Resolver interface |
|
RS422/RS485 |
|
Power supply for sensors |
|
Parameter | Specification |
---|---|
Digital input |
|
Digital output |
|
ADC |
|
DAC |
|
Resolver interface |
|
RS422/RS485 |
|
Power supply for sensors |
|
FPGA-based control design for MicroAutoBox II, SCALEXIO, and PHS-based systems