Overview
Description
The MCK-RA6T2 is a development kit that enables easy evaluation of motor control using permanent magnet synchronous motors (brushless DC motors). With this product and the sample code and QE for Motor that can be downloaded from the website, you can start evaluating motor control using the RA6T2 right away.
This product has two versions: Version 1 (P/N: RTK0EMA270S00020BJ) and Version 2 (P/N: RTK0EMA270S00021BJ).
- MCB-RA6T2 Version 1 supports only single power factor correction (PFC) control for the high voltage inverter board, while Version 2 supports single PFC control and interleaved PFC control.
- MCK-RA6T2 Version 1 (includes MCB-RA6T2 Version 1) will be discontinued. Please consider using the successor product, MCK-RA6T2 Version 2 (includes MCB-RA6T2 Version 2).
Please note that Version 1 and Version 2 are not sample code compatible. Therefore, sample code is provided for both Version 1 and Version 2. The supported boards are listed in the application notes included with the sample code. Please be sure to use the sample code corresponding to the board version.
Features
- Equipped with the RA6T2 as the motor control MCU
- Inverter board for 3-phase brushless DC (BLDC) motor (48V/10A rating)
- On-board debugger for flash programming of RA6T2
- Supports 1-shunt/3-shunt current sensing
- Overcurrent detection
- Supports high-voltage inverter board
- Supports the motor control development support tool "Renesas Motor Workbench"
- Motor control evaluation and debugging can be performed safely with the communication board isolating the PC and the CPU board electrically
- Supports Hall sensors, encoders, and inductive position sensors
Applications
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Videos & Training
Motor failure can be costly, and traditional detection methods often require adding external sensors, increasing system complexity and cost. Renesas introduces a new approach that combines AI and signal processing to detect motor anomalies at startup without the need for additional sensors.
Using the RA6T2 Motor Control Kit, this video demonstrates how this innovative solution helps detect potential failures early, offering a cost-effective and efficient motor monitoring strategy.
Related Resources
Additional Videos
News & Blog Posts
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Jul 24, 2025
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Jun 14, 2024
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Mar 22, 2023
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Oct 20, 2022
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Blog Post
Dec 9, 2021
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