Skip to main content

Motor and Inverter Control Solutions

Renesas provides motor and inverter control solutions to support the entire development process. The product portfolio includes devices that are particularly suitable for motor control, a motor control kit that can be used as a reference design, and complete software and tools.

Image
Motor Control Solutions

The detailed page for each solution is as follows. Renesas has released an evaluation kit for motor control using high voltage BLDC motors/induction motors of 100V or higher.

Resolver Solution

Induction Motor Solution

Magnetic Encoder Solution

Brushless DC Motors (Permanent Magnet Synchronous Motors) Solution

Digital Control Solution for 3-Level Inverters

Whole Speed Range Sensorless Motor Solution

Type Title Date
Brochure PDF 7.15 MB 日本語
Manual - Development Tools PDF 20.91 MB 日本語
Brochure PDF 12.71 MB 日本語
Application Note PDF 3.17 MB 日本語
Manual - Development Tools PDF 1007 KB 日本語
Manual - Development Tools PDF 4.26 MB 日本語
Application Note
Log in to Download PDF 3.43 MB 日本語
Application Note
Log in to Download PDF 3.57 MB 日本語
Application Note PDF 3.07 MB 日本語
Application Note PDF 1.57 MB 日本語
Application Note PDF 1.68 MB 日本語
Application Note PDF 2.20 MB 日本語
Manual - Development Tools PDF 708 KB 日本語
Manual - Development Tools PDF 652 KB 日本語
Manual - Development Tools PDF 721 KB 日本語
Manual - Development Tools PDF 872 KB 日本語
Manual - Development Tools PDF 958 KB 日本語
Manual - Development Tools PDF 842 KB 日本語
Application Note
Log in to Download PDF 2.16 MB 日本語
Application Note
Log in to Download PDF 1.58 MB 日本語
Application Note PDF 1.41 MB 日本語
Application Note PDF 2.02 MB 日本語
Application Note PDF 2.16 MB 日本語
Application Note PDF 1.83 MB 日本語
Application Note
Log in to Download PDF 1.82 MB 日本語
Application Note
Log in to Download PDF 1.81 MB 日本語
Application Note PDF 2.00 MB 日本語
Application Note
Log in to Download PDF 1.83 MB 日本語
Application Note PDF 2.14 MB 日本語
Application Note
Log in to Download PDF 1.57 MB 日本語
Application Note PDF 1.80 MB 日本語
Application Note
Log in to Download PDF 1.63 MB 日本語
Application Note PDF 1.83 MB 日本語
Application Note PDF 1.60 MB 日本語
Application Note PDF 1.03 MB 日本語
Application Note PDF 1.12 MB 日本語
Application Note PDF 1.04 MB 日本語
Application Note PDF 1.08 MB 日本語
Application Note PDF 1.30 MB 日本語
Application Note PDF 2.01 MB 日本語
Application Note PDF 1.79 MB 日本語
Application Note PDF 1.77 MB 日本語
Application Note PDF 1.66 MB 日本語
Application Note PDF 1.47 MB 日本語
Application Note PDF 910 KB 日本語
Application Note PDF 811 KB 日本語
Application Note PDF 962 KB 日本語
Application Note PDF 901 KB 日本語
Application Note PDF 910 KB 日本語
Application Note PDF 557 KB 日本語
Application Note PDF 529 KB 日本語
Application Note PDF 815 KB 日本語
Application Note PDF 959 KB 日本語
Manual - Development Tools PDF 862 KB 日本語
Manual - Development Tools PDF 1.30 MB 日本語
Application Note PDF 1.99 MB 日本語
Application Note PDF 583 KB 日本語
Application Note PDF 849 KB 日本語
Application Note PDF 215 KB 日本語
59 items
Type Title Date
Software & Tools - Other
Log in to Download ZIP 94.97 MB
Sample Code
[Toolchains=CC-RX|V3.06]
Log in to Download ZIP 150.22 MB 日本語
Application: Industrial
Compiler: CC-RX Function: Application Example IDE: CS+ for CC, e2 studio
Sample Code
[Toolchains=CC-RX|V3.04.00]
Log in to Download ZIP 101.88 MB 日本語
Application: Motor Drives & Robotics
Compiler: CC-RX IDE: CS+, e2 studio
Sample Code
Log in to Download ZIP 81.81 MB 日本語 Compiler: CC-RX IDE: CS+, e2 studio
Software & Tools - Other
Log in to Download ZIP 3.33 MB 日本語
Sample Code
Log in to Download ZIP 46.08 MB
Sample Code
Log in to Download ZIP 83.00 MB
Sample Code
Log in to Download ZIP 80.40 MB
Sample Code
Log in to Download ZIP 13.27 MB 日本語
Application: Industrial
Compiler: CC-RX Function: Application Example IDE: CS+, e2 studio
Sample Code
Log in to Download ZIP 14.97 MB
Sample Code
Log in to Download ZIP 16.02 MB
Sample Code
Log in to Download ZIP 7.08 MB 日本語
Application: Motor Drives & Robotics
Compiler: CC-RL Function: Three-Phase Inverter Control IDE: CS+, e2 studio
Sample Code
Log in to Download ZIP 13.62 MB 日本語
Application: Industrial
Compiler: CC-RX Function: Application Example IDE: CS+, e2 studio
Sample Code
Log in to Download ZIP 13.18 MB 日本語
Application: Industrial
Compiler: CC-RX Function: Application Example IDE: CS+, e2 studio
Sample Code
Log in to Download ZIP 12.76 MB 日本語
Application: Industrial
Compiler: CC-RX Function: Application Example IDE: CS+, e2 studio
Sample Code
Log in to Download ZIP 13.76 MB 日本語
Application: Industrial
Compiler: CC-RX Function: Application Example IDE: CS+, e2 studio
Sample Code
Log in to Download ZIP 22.93 MB 日本語
Application: Industrial
Compiler: CC-RX Function: Application Example IDE: CS+, e2 studio
Sample Code
Log in to Download ZIP 24.21 MB 日本語
Application: Industrial
Compiler: CC-RX Function: Application Example IDE: CS+, e2 studio
Sample Code
Log in to Download ZIP 13.13 MB 日本語
Application: Industrial
Compiler: CC-RX Function: Application Example IDE: CS+, e2 studio
Sample Code
Log in to Download ZIP 13.83 MB 日本語
Application: Industrial
Compiler: CC-RX Function: Application Example IDE: CS+, e2 studio
Sample Code
Log in to Download ZIP 13.29 MB 日本語
Application: Industrial
Compiler: CC-RX Function: Application Example IDE: CS+, e2 studio
Sample Code
Log in to Download ZIP 13.86 MB 日本語
Application: Industrial
Compiler: CC-RX Function: Application Example IDE: CS+, e2 studio
Sample Code
Log in to Download ZIP 3.79 MB
Sample Code
Log in to Download ZIP 3.74 MB Compiler: CC-RX IDE: CS+, e2 studio
Sample Code
Log in to Download ZIP 4.10 MB 日本語
Sample Code
Log in to Download ZIP 5.66 MB 日本語
Sample Code
Log in to Download ZIP 6.18 MB 日本語
Sample Code
Log in to Download ZIP 45.35 MB Compiler: CC-RX IDE: CS+, e2 studio
Sample Code
Log in to Download ZIP 4.89 MB Compiler: CC-RX IDE: CS+, e2 studio
Sample Code
Log in to Download ZIP 4.58 MB Compiler: CC-RX IDE: CS+, e2 studio
Sample Code
Log in to Download ZIP 4.77 MB Compiler: CC-RX IDE: CS+, e2 studio
Sample Code
Log in to Download ZIP 4.54 MB Compiler: CC-RX IDE: CS+, e2 studio
Sample Code
Log in to Download ZIP 5.82 MB 日本語 Compiler: CC-RL IDE: CS+ for CC, e2 studio
Sample Code ZIP 2.02 MB 日本語 Compiler: CA78K0R, CC-RL IDE: CS+ for CA, CX, CS+ for CC, e2 studio
Sample Code ZIP 2.17 MB 日本語 Compiler: CA78K0R, CC-RL IDE: CS+ for CA, CX, CS+ for CC, e2 studio
Sample Code ZIP 2.35 MB 日本語 Compiler: CA78K0R, CC-RL IDE: CS+ for CA, CX, CS+ for CC, e2 studio
Sample Code
Log in to Download ZIP 3.61 MB Compiler: CC-RX IDE: CS+ for CC, e2 studio
Sample Code
Log in to Download ZIP 4.08 MB Compiler: CC-RX IDE: CS+ for CC, e2 studio
Sample Code ZIP 1.45 MB 日本語 Compiler: CA78K0R IDE: CS+ for CA, CX
Sample Code
Log in to Download ZIP 3.21 MB Compiler: CC-RX IDE: CS+ for CC, e2 studio
Sample Code
Log in to Download ZIP 3.18 MB Compiler: CC-RX IDE: CS+ for CC, e2 studio
Sample Code
Log in to Download ZIP 2.58 MB 日本語 Compiler: CC-RX IDE: CS+ for CC, e2 studio
Sample Code
Log in to Download ZIP 2.87 MB 日本語 Compiler: CC-RX IDE: CS+ for CC, e2 studio
Sample Code
Log in to Download ZIP 15.69 MB 日本語 Compiler: CA78K0R, CC-RL IDE: CS+ for CA, CX, CS+ for CC, e2 studio
Sample Code
Log in to Download ZIP 3.39 MB 日本語 Compiler: CA78K0R, CC-RL IDE: CS+ for CA, CX, CS+ for CC, e2 studio
Sample Code
Log in to Download ZIP 3.27 MB 日本語 Compiler: CA78K0R, CC-RL IDE: CS+, e2 studio
Sample Code
Log in to Download ZIP 1.12 MB 日本語 IDE: CS+
47 items
MCI-HV-1 Renesas Flexible Motor Control Inverter Board for 100V/200V Three-Phase BLDC/Induction Motor

This video introduces the MCI-HV-1 Renesas Flexible Motor Control Inverter Board for 100V/200V three-phase BLDC/Induction motors. The board comes equipped with protective features including overvoltage and overcurrent detection, inrush current prevention, and bus voltage discharge functionality for power cut-offs.

 

Related Resources

CPU board (MCB-RA6T2)

Communication board (MC-COM)

Robust & Reliable Motor Control for Industrial Domain Blog Post Dec 14, 2023
Energy-Efficient Motor Control for Home Appliances Blog Post Nov 16, 2023
Low Voltage Motor Control with Enhanced Operation Blog Post Sep 4, 2023
Motors are everywhere; drive them efficiently Blog Post Jul 17, 2023
How to Maximize the Lifespan of Electric Motors Blog Post Jun 30, 2023