Renesas Electronics Corporation
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Industrial Motor Drive Systems

High-Efficiency Motor Drive Systems for Precision & Power Density

Industrial motor drives enable precise, efficient motion control that keeps production running smoothly, reduces energy consumption, and maximizes system reliability across applications like automation, robotics, white goods, and e-mobility.

From fast response times to reliable operation in demanding environments, Renesas delivers scalable motor drive solutions that balance performance, efficiency, and integration for modern industrial systems.

Faster Switching for Higher Efficiency & Reduced Losses

Leverage advanced GaN power technology and integrated power solutions to deliver faster switching, reduced losses, and higher power density for efficient motor drive systems. Our power and analog ICs reduce losses and heat, improving thermal performance and overall system efficiency.

Performance & Reliability through Precision Feedback

Precise, low-latency feedback is key to high-performance motor control. We provide high-accuracy current and position sensing from precision amplifiers, data converters, inductive position sensing ICs, and more to provide clean, real-time feedback needed for fast, stable control loops.

Compact & Modular Drive Systems for Easy Integration

We offer compact GaN FET devices, highly integrated gate drivers- combining half-bridge drivers, power management, and more- and GreenPAK devices which combine multiple functionalities into a singular IC, to reduce external components enable more compact PCB designs for motor drive systems.

Functional Safety & Deterministic Control

Supports IEC 61508-ready designs with certified safety software, built-in self-diagnostics, and fast fault response. Our high-speed processors with hardware acceleration and real-time analog sensing deliver safe, precise, low-latency motor control for industrial drives.

Motor Drives Applications

AC Induction Drives

BLDC/PMSM Drives

Servo/Stepper Drives

Driving Motors Across Industrial Applications

High-Density Motors for Compact Robotic Systems

From UAVs and AGVs to multi-axis industrial robots, motor drives must deliver precise, efficient, and real-time motion control in space-constrained systems.

Renesas supports high-efficiency switching and highly integrated solutions, including GaN devices for compact, high-speed switching and advanced gate drivers and HVPAK ICs that combine components into a single device. This integration supports higher power density, improved system efficiency, and reduced torque ripple, enabling stable, high-performance motion control in space-constrained robotic platforms.

Servo Motor Control for Robot LimbsHVPAK for Robot VacuumsRobotics
An autonomous delivery robot navigates a city street
Autonomous Delivery Robot

Safe & Robust Motors for Continuous Industrial Operation

Industrial automation systems require motors for continuous operation, precise control, and robust fault tolerance for safe and reliable performance.

We support functional safety architectures for real-time control and monitoring, along with sensing such as current, voltage, and position feedback. Integrated protection features within drivers—like overcurrent, thermal, etc.—safeguard power stages, while GreenPAK devices consolidate control, sensing, and protection functions into a single IC. Together, these enable reliable, fault-tolerant drive systems.

Maglev Conveyor SystemRZ/T2M & RZ/T2L Safety Motor Control Demonstration KitIndustrial Automation
A modern factory floor with a row of white robotic arms working on a conveyor belt.
White Industrial Robotic Arms

Quiet & Efficient Motors for Appliances/HVAC

Appliances and HVAC systems rely on high-efficiency, low-noise motor drives to ensure reliable operation across compressors, fans, and pumps in continuous-use environments.

Our power devices—including MOSFETs and GaN—deliver ultra‑low RDS(on) for reduced conduction losses, fast switching with low gate charge for minimized switching losses, and low gate capacitance for high-speed operation. Combined with high-efficiency power conversion and precision PWM control to reduce current ripple and vibration, these enable quieter, more efficient motor performance.

Dual Motor Control with Interleaved PFC for Air Conditioner Outdoor Unit Reference DesignAppliancesHVAC Systems
Air conditioners (HVAC) installed on the roof of industrial buildings.
Rooftop Air Conditioners (HVAC)

Efficient Motors for Extended E-Mobility Range & Performance

E‑mobility systems need to maximize driving range, power density, and performance, requiring advanced inverter architectures to enable precise torque and speed regulation for traction and auxiliary systems.

Renesas’ fast-switching devices and optimized gate drivers with precise dead-time control minimize switching losses and reduce electromagnetic noise. Combined with high-efficiency power conversion and high-power density designs, these technologies enable increased range, improved reliability, and compact, high-performance EV motor systems.

Low Voltage Inverter for 2/3 Wheeler Traction Motor ControlTraction Motor Controller Board Reference DesignE-Mobility
Electric scooter parked on an urban city street.
Electric Scooter

Lightweight, Efficient Power Tool Motors for Extended Battery Runtime

Power tools need compact, high-efficiency motor drives to deliver strong performance in lightweight, battery-powered designs, optimizing energy use under dynamic load conditions.

Renesas offers integrated gate drivers that combine multiple drives with adjustable drive strength control and GreenPAK to consolidate protection, sensing, and control functions—reducing external component count and overall BOM. Together with high-power-density power stages, these technologies enable smaller, lighter tools with extended battery runtime and simplified system design.

Versatile Motor Control for Power Tools3-Phase Smart Gate Driver for BLDC Motor ApplicationsPower & Garden Tools
Chainsaw System Demo
Compact servo stepper motors.
Key Technology

Drive with the Right Control System

Pair your inverter and power stage with the right control system to optimize motor performance. Explore motor control solutions, including MCUs, algorithms, and development kits, to bring your design to life.

Motor Control

Design & Development Resources

Explore tools, hardware, products, and other resources to get started on your design journey in developing industrial motor drive systems.

Power Input & Conversion
Define system power requirements, configure rails, and generate optimized power architectures for motor drive applications.
PowerCompass™ Multi-Rail Design Tool
Inverter Platforms & Architecture
Explore inverter platforms across voltage levels and phase configurations to accelerate development of motor drive systems.
Low Voltage Inverter Board (48V/10A)
High Voltage Inverter Board (100V/200V) for 3-Ph BLDC/Induction
High Voltage Inverter Board (200-240VAC) for 3-Ph BLDC/Induction
High Voltage Inverter Board (200-240VAC) for 1-Ph BLDC/Induction
Motor Control Systems
Explore motor control technologies, software, and development kits to build complete drive systems.
Explore Motor Control Solutions
Find all Motor Control Kits
Sensing & Feedback
Integrate sensors and feedback of motor performance to ensure accurate, reliable, and consistent motor performance
Absolute Inductive Position Sensor Reference Design
Single Coil Inductive Position Sensor Evaluation Kit
Rotary Dual Coil Inductive Position Sensor Evaluation Kit
AI Analytics & Performance Feedback
Enable early detection of faults and anomalies with AI-enabled monitoring in your motor drive system
RealityCheck™ Motor Toolbox

Get Started with Motor Drive Hardware Platforms

Get started quickly with proven motor drive hardware platforms and reference designs. Explore validated solutions across power stages, control architectures, and complex systems to accelerate development and reduce design risk.

HardwareMotor Type/SystemVoltage ClassDescription
DC Motor/Stepper Motor Driver Arduino and Pmod Development KitDC/Stepper Motor3.3-12VProgrammable motor driver solution with integrated protection and configurable control
RZ/T2M, RZ/T2L, RZ/N2L Motor Solution Kit (AC 220V Version)AC Servo220VACComplete motor drive system with controller, inverter, and EtherCAT support
3-Phase 1/2 Bridge Driver Demonstration Board3-Phase BLDC5V to 40VDC3-phase inverter module with integrated MOSFETs and gate drivers for rapid prototyping
RZ/T2H 9-Axis Motor Control Reference DesignServo, Stepper, PMSM, BLDC100-200VACMulti-axis motor control system enabling synchronized control of up to 9 motors for robotics and advanced automation applications
TRIAC Motor Control Board Reference DesignAC Induction/Universal Motor115/230VACTRIAC-based motor control reference design for cost-sensitive AC motor applications such as appliances and fans
RX66T Motor Control Reference Platform3-Phase PMSM/BLDC48VDCRotary motor control platform with MCU-based control and inverter stage for evaluating motor drive performance and system behavior
RL78/G24 Motor Control Evaluation KitPMSM/BLDC12-50VDCPMSM/BLDC control and drive with hall sensors and encoders or sensorless control by phase voltage or sensing current

Product Categories

Power MOSFETs
Robust MOSFETs for low on-resistance, high-speed switching in industrial, automotive, computing, and telecommunication applications
GaN Power Discretes
Reliable Gallium Nitride (GaN) FETs for a broad range of high switching frequency and high-density applications
HVPAK: High-Voltage Features
Take advantage of the combined mixed-signal logic and high-voltage H-bridge functionality
Inductive Position Sensors
Contactless, magnet-free position sensors. High immunity to magnetic stray fields for precise industrial and automotive applications
Amplifiers
Industry's highest-performance, highest-value amplifier ICs on the market
Power Management
Wide range of low-to-high voltage power IC solutions for efficient and reliable power management

Documentation

Videos & Training

This video introduces Renesas motor control solutions that shorten the time to market. Renesas offers a wide range of devices for customers to choose from, along with motor evaluation kits and sample software to quickly start the evaluation. Additionally, development tools and winning combinations make evaluation easier and further reduce time to market.

Enabling Technologies

Icon showing motor illustration, indicating motor control technology.
Motor Control
Icon showing GaN text label within semiconductor chip symbol, indicating gallium nitride technology.
Gallium Nitride (GaN) Power
Icon showing checkmark within shield, indicating reliable protection and security
Functional Safety
Icon showing AI text within a semiconductor chip symbol, indicating artificial intelligence.
Real-Time Analytics