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Overview

EVAL-M1-099M-C is a design kit for realizing sensorless motor control provided by Infineon.

The EVAL-M1-099M-C is equipped with a motor control IC "IRMCK099".
"IRMCK099" is equipped with Infineon's iMOTION™ motor control engine, so FOC control can be easily realized. Motor control is achieved by setting parameters with a dedicated GUI. Therefore no coding is required.

Here, we will explain how to achieve brushless 3-phase AC motor control in a short period of time using the iMOTION motor control IC and development kit.

Sensorless motor control requires experience and deep knowledge

More than 40% of the world's electricity consumption is consumed by motors. As a result, regulations on the power consumption of motors have become stricter, and even in Japan, the obligation to improve efficiency is progressing.
In order to reduce the power consumption of motors, motor control with variable speed control is becoming mainstream.
Therefore, sensorless, 3-phase AC brushless motors are the motors with the greatest reduction in power consumption.

However, sensorless motors must be driven in closed-loop control, using voltage, current, motor parameters, etc. to measure position and velocity. Therefore, designing a sensorless brushless motor requires a high degree of expertise and a long development period.

Adopting a sensorless motor requires advanced control technology using a microcomputer.
In order to develop general sensorless motor control, it is necessary to modify the parameters of the motor characteristics to be driven and fine-tune the program. For this reason, developing a motor control can take months for an engineer with limited expertise.

Why EVAL-M1-099M-C allows you to operate in one hour even if you have little knowledge of motor control

Infineon's Motor Application Design Kit (EVAL-M1-099M-C) allows you to control a sensorless 3-phase motor in minutes.
The iMOTION motor control IC has all the control and analog interface functions required for FOC control.
Furthermore, by using Infineon's unique motor controller engine, motor control can be realized in a short time.

It only takes 3 steps to actually operate using the design kit (EVAL-M1-099M-C).

STEP1. Connect the required equipment and design kit (EVAL-M1-099M-C)

The necessary equipment is as follows

  • computer
  • TinyWizard (free GUI tool)
  • MCEDesigner (free GUI tool)
  • MCEProgrammer (free tool)
  • Design kit body (EVAL-M1-099M-C)
  • MCETOOLV2 (programming, debugging equipment)
  • Inverter board (prepared according to the motor on hand. See below)
  • Hand-held sensorless 3-phase motor


Connect the above and install the tool on your PC.

STEP2. Set motor-specific parameters

Set the specific parameters of your motor.
Specifically, when the power switch is turned on, TinyWizard (a free GUI tool) automatically calculates the parameters.
Import the parameters into MCEDesigner (a free GUI tool) and you're done.

STEP3. Drive the motor

Just load the reference design with MCEDesigner (free GUI tool) and click the Start button to drive the motor.

After that, you can easily control it by adjusting the speed and functions with the GUI of MCEDesigner. You can also use the monitor function to capture data from the trace buffer, save it to a text file, and display it graphically.

For actual motor control development, you can proceed with development based on this reference design.

Inverter board that can be selected according to the motor to be used

The motor application design kit (EVAL-M1-099M-C) has an external inverter board that drives the motor so that you can freely select the motor to be evaluated.
You can choose the inverter board from the following products.

Type name Voltage motor
Eval-M1-05-65D 230V, 50Hz up to 250W
Eval-M1-05-84D 120V, 60Hz up to 250W
Eval-M1-36-45A 230V, 50Hz up to 80W
Eval-M1-36-84A 120V, 60Hz up to 80W
Eval-M1-05F310 70V, DC up to 300W
Eval-M1-05F804 24V, DC up to 200W
Eval-M1-CM610N3 230V, 50Hz
120V, 60Hz
up to 750W

What you need for this design kit

To summarize what you need to easily control a sensorless 3-phase motor with this design kit:

  1. Design kit body (EVAL-M1-099M-C)
  2. Inverter board (used with EVAL-M1-099M-C as a set, charged separately)
  3. Programming, debugging tool (MCETOOLV2 charged separately)
  4. Development PC
  5. Development tools TinyWizard, MCEProgrammer, MCEProgrammer (all available for free download)
  6. Motor (please prepare)


The above 6 points are the equipment necessary for evaluating the design kit.

Application example

  • pump, fan
  • drone
  • home appliance
Article header eval m1 099m c 01 1
Application example

Product Summary

EVAL-M1-099M-C

Manufacturer Infineon
Type name EVAL-M1-099M-C
Features
  • Field-proven Advanced Motion Control Engine (MCE)
  • Single-shunt or leg-shunt Sensorless FOC Control
  • Integrated protection features
  • RoHS compliant

inverter board

Type name Voltage motor
Eval-M1-05-65D 230V, 50Hz up to 250W
Eval-M1-05-84D 120V, 60Hz up to 250W
Eval-M1-36-45A 230V, 50Hz up to 80W
Eval-M1-36-84A 120V, 60Hz up to 80W
Eval-M1-05F310 70V, DC up to 300W
Eval-M1-05F804 24V, DC up to 200W
Eval-M1-CM610N3 230V, 50Hz
120V, 60Hz
up to 750W

Programming, debugging tool MCETOOLV2

Manufacturer Infineon
Type name MCETOOLV2
Features
  • Programming of RAM, Flash and OTP memory for IRMCKxxx and IRMCFxxx devices
  • Debugging of embedded 8051 core via standard JTAG interface
  • Configuring and Tuning of system and motor parameters via virtual UART
  • All interfaces are galvanically isolated 3.3VDC output voltage to target
  • Internal generation of OTP programming voltage
  • USB interface to PC for power and data
  • Ships with all required cables



Click here to purchase products

EVAL-M1-099M-C
MCETOOLV2

Manufacturer site/Other related links

Details of EVAL-M1-099M-C
Inverter board details
Details of MADK

Inquiry

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