Motor Driver ICs

The demand of selecting the right motor driver to optimize the motor control for various of applications is increasing.
Toshiba's motor drivers have been on the market for over 40 years, and are being developed by customer demand bases.
Our motor driver portfolio can offer solutions to multiple applications such as low voltage demands for battery operated applications, and to higher voltage demands like air conditioner fan motors.

Lineup

Brushless DC Motor Driver ICs
Broad porfolio of brushless motor driver solutions with Intelligent Phase Control will optimize the development procedure.
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Brushed DC Motor Driver ICs
Using the latest technologies and design process, our motor driver portfolio can cover low to high current/power demands.
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Stepping Motor Driver ICs
Adding new parts to the motor driver portfolio with the latest "Active Gain Control" architecture will prevent the motor from going into stall.
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Cross Reference Search

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About information presented in this cross reference

The information presented in this cross reference is based on TOSHIBA's selection criteria and should be treated as a suggestion only. Please carefully review the latest versions of all relevant information on the TOSHIBA products, including without limitation data sheets and validate all operating parameters of the TOSHIBA products to ensure that the suggested TOSHIBA products are truly compatible with your design and application.
Please note that this cross reference is based on TOSHIBA's estimate of compatibility with other manufacturers' products, based on other manufacturers' published data, at the time the data was collected.
TOSHIBA is not responsible for any incorrect or incomplete information. Information is subject to change at any time without notice.

Documents

Name Date

Technical topics

Technology introduction video

Product introduction video

Three-phase gate driver ICs that can accommodate a wide range of applications
Toshiba has launched four products of TB67Z83xxFTG Series three-phase gate driver ICs and four products of TB67Z85xxFTG Series three-phase gate driver ICs for three-phase brushless DC motors used for consumer and industrial equipment such as power tools, cleaners, industrial robots, etc.
Motor Driver ICs / Brushless DC Motor Driver ICs
Details
Recommended Motor Control Products
Provide system solutions utilizing high-power electronic technology
Application
Details

Reference Design

Automotive Brushed DC Motor Control Circuit Using TB9103FTG
The Automotive Brushed DC Motor Control Circuit Using TB9103FTG can control two motors in half-bridge mode or one motor in H-bridge mode. The Motor can be controlled using onboard switches or an external MCU. This reference design provides design guide, data, and other contents.
Details
Air Conditioner Outdoor Unit Control Circuit
Air Conditioner Outdoor Unit Control Circuit
This Reference Design provides design guide, data and other contents of the Air Conditioner Outdoor Unit that control two motors (fan motor, compressor) and a PFC circuit with a single MCU.
Details
Sensorless Sinusoidal Brushless Motor Drive Circuit Using TC78B011FTG
Sensorless Sinusoidal Brushless Motor Drive Circuit Using TC78B011FTG
This reference design provides design guide, data and other contents of a brushless motor drive circuit using sensorless sinusoidal PWM predriver IC for 3-phase brushless motor. This design allows easy configuration of the motor pre-driver using a GUI.
Details
Block diagram of application circuit of brushless DC motor pre-driver TC78B027FTG for fan drive.
Application circuit of brushless DC motor pre-driver TC78B027FTG for fan drive
The board is designed to a doughnut shape according to the fan form. MOSFETs for the motor drive, brushless DC motor pre-driver IC TC78B027FTG, and the microcontroller for control are mounted on the board. This reference design provides circuit diagram, BOM, etc.
MOSFETs+Motor / 'pre-driver+MCU / Doughnut shape board
Details
Block diagram of application circuit for high-voltage brushless DC motor fan drive.
Application circuit for high-voltage brushless DC motor fan drive
The board is designed to a doughnut shape according to the fan form. Brushless DC motor controller IC TC78B041FNG and high voltage motor driver IC TPD4204F are mounted on the board. This reference design provides circuit diagram, BOM, etc.
Design / Support / Reference Design Center
Details
Images of DIY Car: Build Guide using TB67H450FNG.
DIY Car: Build Guide using TB67H450FNG
DIY Car build guide using the evaluation board of brushed DC motor driver IC TB67H450FNG. It describes components used, block diagram, software configuration, etc.
Design / Support / Reference Design Center
Details
Circuit diagram of TPD4162F square-wave control type BLDC motor drive circuit.
TPD4162F Square-Wave Control Type BLDC Motor Drive Circuit
The square-wave control type brushless DC motor driver using TPD4162F in compact pakage. The design method of circuit and PCB such as calculation of constants, is described.
Small package / Power loss 10% down / Fast OCP operation
Details
Block diagram of evaluation board for motor pre-driver IC and external FET drive board.
Evaluation board for motor pre-driver IC and external FET drive board
This reference design provides circuit diagram, BOM and PCB data (Gerber data) of the evaluation board for 3 phase brushless DC motor pre-driver IC (TC78B009FTG/TC78B027FTG) and connectable external FET drive board.
Evaluation board for pre-driver IC + External FET drive board
Details
Circuit diagram of motor control circuit for cordless power tool.
Motor Control Circuit for Cordless Power Tool
Motor driver for cordless power tools using low loss element TPH1R204PB within small package. The motor speed is controlled by MCU. Description of circuit design method.
Low power loss FET / 2 mode drive system / 3 shunt method
Details
Application block diagram of application circuits of TPD4152F square-wave control type of BLDC motor driver.
Application Circuits of TPD4152F Square-Wave Control Type of BLDC Motor Driver
This reference design provides example circuit and design guide using Hall device/IC. The TPD4152F has 600V rating and built-in PWM to drive BLDC motor with square-wave control.
Design / Support / Reference Design Center
Details
Application block diagram of application circuits of TPD4204F and TB6634FNG sine-wave control type of BLDC motor driver.
Application Circuits of TPD4204F and TB6634FNG Sine-Wave Control Type of BLDC Motor Driver
This reference design provides example circuit and design guide using Hall device/IC. The TPD4204F has 600V rating and built-in PWM to drive BLDC motor with sign-wave control.
Design / Support / Reference Design Center
Details
Features of Motor Control Closed-loop system(Arduino Shield).
Motor Control Closed-loop System(Arduino Shield)
This reference design provides the Motor Control Closed-loop system using Toshiba's 3 phase brushless DC motor driver IC TB6605FTG. The board is designed as a plug-in board (Shield) for Arduino UNO platform.
motor / control / closed / loop / system
Details
Applicatoin block diagram of application circuits of TPD4206F and TB6634FNG sine-wave control type of BLDC motor driver.
Application Circuits of TPD4206F and TB6634FNG Sine-Wave Control Type of BLDC Motor Driver
This reference design provides example circuit and design guide using Hall device/IC. The TPD4206F has 500V rating and built-in PWM to drive BLDC motor with sign-wave control.
Design / Support / Reference Design Center
Details
Application block diagram of application circuits of TPD4151F square-wave control type of BLDC motor driver.
Application Circuits of TPD4151F Square-Wave Control Type of BLDC Motor Driver
This reference design provides example circuit and design guide using Hall device/IC. The TPD4151F has 250V rating and built-in PWM to drive BLDC motor with square-wave control.
Design / Support / Reference Design Center / BLDC Motor Driver
Details

News / Latest information

10-09-2024

Toshiba Starts Sample Shipments of Gate Driver IC for Automotive Brushed DC Motors that Will Contribute to Downsizing of Equipment

  • Products/Technology

28-03-2024

Toshiba Launches SmartMCD™ Series Gate Driver ICs with Embedded Microcontroller

  • Products/Technology

09-08-2023

Lineup Expansion of Motor Driver ICs

  • Products/Technology

15-06-2023

Toshiba Launches Motor Driver ICs with Small Package and Reduced External Parts that Save Space on Circuit Boards

  • Products/Technology

22-10-2020

Toshiba Launches Dual H-bridge Motor Driver IC with PWM Control for Mobile Devices and Home Appliances

23-09-2020

Toshiba and Japan Semiconductor Develop Highly Tolerant LDMOS Cell Array that Limits Influence of Negative Carrier Injection and ESD
Read More

Tool & Software

Vendor name Evaluation board list Evaluation board example for motor driver IC

Mikroe
Mikroe		 Click for evaluation board list

TB67H450FNG board
MIKROE-3982
(DC Motor 14 Click)

TB67H450FNG

TB67H451FNG board
MIKROE-4114
(DC Motor 6 Click) 

TB67H451FNG
Marutsuelec Co., Ltd. Click for evaluation board list
 TB67S128FTG board
MTO-EV033
(TB67S128FTG)
TB67S128FTG

TC78B025FTG board
MTO-EV037
(TC78B025FTG)
TC78B025FTG board

AKIZUKI DENSHI TSUSHO

CO.,LTD.

 Click for evaluation board list

TB67H450FNG board
AE-TB67H450
Motor driver module

TB67H450FNG

TC78H653FTG board
AE-TC78H653FTG
Motor driver module

AE-TB67H450
SparkFun Electronics, Inc. Click for evaluation board list

TC78H670FTG board
ROB-16836
SparkFun ProDriver - Stepper Motor Driver (TC78H670FTG)

TB67S128FTG board

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For over 40 years, Toshiba has been manufacturing and supplying innovative motor drivers for a wide range of markets. Toshiba's Brushless DC Motor Driver ICs (BLDC), Brushed DC Motor Driver ICs and Stepping Motor Driver ICs  are ideal for automotive and industrial applications with varying power supply requirements. BLDC motor driver designed to optimize development procedure by utilizing Intelligent Phase Control. Brushed DC motor driver circuit is ideal for high efficiency and high performance in applications such as electric motors. Stepper Motor ICs overcome motor stalling by using a "Active Gain Control" architecture to increase precise position accuracy.

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