Renesas Boards & Kits
MOTOR-RSSK-BLDC Active
Evaluation System for BLDC Motor
Demonstrates a low‑voltage brushless DC motor solution for easy motor control evaluation. Designed to support quick setup and testing of motor behavior.
Recommended Documents:
MOTOR-RSSK-STEPPER Active
Evaluation System for Stepping Motor with Resolver
Demonstrates a stepping motor control system with resolver feedback. Supports engineers evaluate motor control and position-sensing techniques.
MOTOR-CPU-CARD Active
CPU Card for Motor Control
Extends Renesas motor control evaluation systems with MCU-specific CPU cards. Enables rapid evaluation of motor control applications across supported MCU platforms.
RSK-RX24T Active
Renesas Starter Kit for RX24T
Enables evaluation of the RX24T MCU for motor control and real-time applications. Provides a practical platform for testing and optimizing control applications.
Partner Boards & Kits
Evaluation
RX Family Microcontroller Board
General-purpose evaluation platform based on Renesas RX microcontrollers, available as standalone boards or kits supporting touch key and brushless motor control applications.
Provided By:
HOKUTO DENSHI
Complementary Silicon Devices
Complementary Silicon Devices
Würth Elektronik provides electronic and electromechanical components that support efficient, reliable system design across industrial, automotive, communications, and consumer applications. They help engineers address power conversion, electromagnetic compatibility, signal integrity, and connectivity requirements, backed by strong technical support, dependable quality, and comprehensive design resources that accelerate development and reduce integration risk.
Provided By:
Würth Elektronik Other
Reference Board for Motor Control Consulting Service
Provides Renesas CPU cards for inverter drive applications, along with compatible inverter platforms ranging from low-voltage systems to AC 400V and supporting current ranges from approximately 5A to 300A. These reference platforms help accelerate motor control development and evaluation.
Provided By:
Desk Top Lab