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INFINEONEVALM1101TTOBO2EVAL-M1-101T 3-Phase Inverter for IMC101T-T038 iMOTION™ Motor Control IC for iMOTION™ MADK inverter boards
Infineon Evaluation Board, 3-Phase Inverter Power Management Function, Featured Device: IMC101T-T038 iMOTION™ Motor Control IC - EVALM1101TTOBO2
This evaluation board is designed for use with the iMOTION MADK platform, facilitating robust motor control solutions. It integrates the IMC101T-T038 motor control IC and serves as a 3-phase inverter, enabling seamless operation for permanent magnet motor applications. Compactly built, it measures 65mm x 45mm, making it suitable for embedded motor control systems in various environments.
Features & Benefits
- Supports sensorless sinusoidal control for enhanced efficiency
- Integrates USB connectivity for easy programming and debugging
- Offers flexible host interfaces for speed commands
- Provides a scalable design with multiple motor parameter support
- Facilitates robust current feedback through single or leg shunt
Applications
- Ideal for interfacing with power management evaluation boards
- Suitable for testing with various permanent magnet motors
- Perfect for development in embedded motor control systems
- Used for automation requiring precise motor control
How does the board ensure safe operation during testing?
The evaluation board incorporates multiple protective features, including built-in thermal shutdown, current sensing with configurable gain, and comprehensive ESD protection, which mitigate risks during testing and enhance reliability in operation.
What steps are involved in setting up the evaluation board?
To start, connect the power board via the 20-pin M1 interface, then utilise MCEWisard for configuring motor parameters. After connecting to a USB port, programme the relevant firmware and drive parameters using the MCEDesigner tool to facilitate motor operation.
What types of motors can be controlled with this evaluation board?
The board is designed specifically for permanent magnet synchronous motors, supporting efficient operation across a full speed range with advanced motion control features, providing flexibility for various applications.