RL78 Microcontrollers Help Reduce System Cost and Size

We are surrounded by electrical appliances using motors. In recent years, the variety and numbers have continued to increase, and the controls that are required have grown more diverse. After the 78K and R8C Family, the RL78 microcontrollers (MCUs) have been used in a wide range of applications that use motors. Among the broad device lineup, the RL78/G1F inherited RL78/G14 features and is highly suitable for motor control solutions. On top of the devices to realize motor control, Renesas also provides solutions to aid the development of motor control solutions.

RL78 Motor Control MCU Lineup

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RL78 Motor Control MCU Lineup en

For details on each solution, please contact a sales/distributor location.


Evaluation Environment

CPU Cards

Optional boards for the Evaluation System for BLDC Motor and 24V Motor Control Evaluation System for RX23T. You can purchase additional CPU cards and swap them out to allow motor control with various microcontrollers. Refer to the RL78 Motor Control MCU Lineup for applicable products.

MCUProduct NumberVendorInverterRemarks
RL78/G14RTK0EML130C06000BJRenesas ElectronicsRSSK, Trial Series Inverter Unit64-pin
RL78/G14T5101Desk Top LaboratoriesRSSK, Trial Series Inverter Unit64-pin
RL78/G14T5105Desk Top LaboratoriesRSSK, Trial Series Inverter Unit32-pin
RL78/G1FRTK0EML240C03000BJRenesas ElectronicsRSSK, Trial Series Inverter Unit64-pin
RL78/G1FT5103Desk Top LaboratoriesRSSK, Trial Series Inverter Unit64-pin
RL78/G1FHSBRL78G1F-64Hokuto ElectronicBrushless Motor Starter Kit64-pin
RL78/G1GT5104Desk Top LaboratoriesRSSK, Trial Series Inverter Unit32-pin
RL78/G1MT5108Desk Top LaboratoriesRSSK, Trial Series Inverter Unit20-pin

Starter Kits and Inverters for Evaluation

Product NameProduct NumberVendorRemarks
RL78/G24 Motor Control Evaluation Kit (MCEK)RTK0EMG24SS00000BJRenesas ElectronicsDC12-50V input 30A peak, motor included
24V Motor Control Evaluation System (RSSK)RTK0EM0006S01212BJRenesas ElectronicsDC24V input 5A peak, motor included
Discontinued
Trial Series Inverter Unit (High Voltage)T1001, T1102, T1003Desk Top LaboratoriesAC110V/230V input 300VA to 4KVA
Trial Series Inverter Unit (Low Voltage)T2001, T2003, T2005, T2006, T2007Desk Top LaboratoriesDC24V/48V input 5A peak to 100A peak
Brushless Motor Starter KitBLM_EV6Hokuto ElectronicDC 7.2V input 2A peak, motor included
RL78/G1F Motor Driver Board GB01P13130-D1-003Renesas ElectronicsDC12-50V input 30A peak
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Trial Series Inverter Unit

Trial Series Inverter Unit

  • Wide range from low to high voltage
  • Useful for evaluation and development
  • The ICS++ Development Support Tool is available

MCU Simulator Online

Initial evaluation of the RL78 can easily be started online.

The MCU Simulator Online can be used for the following:

  • Checking the terminal output for register settings
  • Estimating processing time
  • Debugging variable watch functions in software
Simulation scope
MCURL78/G1F
Control method120-degree conducting control
InverterRSSK

MCU Simulator Online

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Easily conduct motor driving simulations without motor hardware using MCU Simulator Online

Easily conduct motor driving simulations without motor hardware

Sample Software and Application Notes

Control methodConditionsDownload
120-degree conducting controlRSSK inverter, Hall sensor & sensorlessRL78/G1F 120-degree conducting control of permanent magnetic synchronous motor (Implementation) Rev.2.00 - Sample Code (ZIP | English, 日本語)
RL78/G1M 120-degree conducting control of permanent magnetic synchronous motor (Implementation) Rev.1.00 - Sample Code (ZIP | English, 日本語)
RSSK inverter, sensorless, initial position detectionRL78G1F Sensorless speed control of 120-degree conducting controlled permanent magnetic synchronous motor with detection of initial position (Implementation) Rev.2.00 - Sample Code (ZIP | English, 日本語)
GB01 inverter, high-speed rotation, sensorlessRL78/G1F Sensorless 120-degree conducting control for permanent magnetic synchronous motor (high-speed rotation) Rev.1.00 - Sample Code (ZIP | English, 日本語)
MCEK inverter, Hall sensor & sensorlessRL78/G24 120-degree conducting control of permanent magnetic synchronous motor Rev.1.00 (ZIP | English, 日本語)
Vector controlRSSK inverter, sensorless, 3-shunt current detectionRL78/G1F Sensorless vector control for permanent magnetic synchronous motor Rev.2.00 - Sample Code (ZIP | English, 日本語)
GB01 inverter, sensorless, 1-shunt current detection, initial position detectionRL78/G1F Sensorless vector control for permanent magnetic synchronous motor with 1-shunt resistor current detection Rev.2.20 - Sample Code (ZIP | English, 日本語)
High voltage inverter T1003, sensorless, 1-shunt current detection, initial position detectionRL78/G1F Sensorless vector control for permanent magnetic synchronous motor using high voltage inverter T1003 with 1-shunt resistor current detection Rev.2.20 (ZIP | English, 日本語)
MCEK inverter, sensorless, 1-shunt / 3-shunt current detection, initial position detectionRL78/G24 Sensorless vector control for permanent magnetic synchronous motor - Sample Code (ZIP | English, 日本語)
MCEK inverter, sensorless, 1-shunt / 3-shunt current detection, initial position detection, FAA (Flexible Application Accelerator)RL78/G24 Sensorless vector control for permanent magnetic synchronous motor FAA Library - Sample Code (ZIP | English, 日本語)

Sample Software Porting Support Tool

Control method 
Vector control (sensorless) 1-shunt current detection
- For R01AN3992
Configuration File Generator for RL78 Motor Control Sample Software Rev.1.10 - Sample Code (ZIP | English, 日本語)

Documentation

Title
RL78 MOTOR CONTROL SOLUTION - HOW TO DRIVE SENSORLESS VECTOR CONTROL - Supplementary Material for RL78 Motor Control Solution Introductory Video Rev.1.00 (PDF | English, 日本語)

Videos

RL78 Motor Control Solution - How To Drive Sensorless Vector Control (1/2)

This video introduces an overview of the RL78 motor control solution, and how to operate the Configuration File Generator, a tool that supports the parameter redesign to drive motors with sensorless vector control when the motor or inverter board is changed.

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