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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.

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Phase/Serial inputs 2-phase stepping motor driver IC

TB67S101AFTG

Description

Product part number Maximum ratings Stepping mode Unique technology
Package
Voltage [V] Current [A] Full Half 1/4 ADMD*
TB67S101AFTG 50 4.0



QFN48
*Note: Toshiba’s proprietary technology
ADMD: Advanced Dynamic Mixed Decay
Mixed-decay technology that monitors the decay current within the IC, and optimizes the decay ratio between Fast Decay and Slow Decay modes, which enables a more broad range of motor rotation speed/frequency

Reference design files

Design, Document

“Design・Document” contains the documents listed below.

Name Date

TB67S101AFNG

Description

Product part number Maximum ratings Stepping mode Unique technology
Package
Voltage [V] Current [A] Full Half 1/4 ADMD*
TB67S101AFNG 50 4.0



HTSSOP48
*Note: Toshiba’s proprietary technology
ADMD: Advanced Dynamic Mixed Decay
Mixed-decay technology that monitors the decay current within the IC, and optimizes the decay ratio between Fast Decay and Slow Decay modes, which enables a more broad range of motor rotation speed/frequency

Reference design files

Design, Document

“Design・Document” contains the documents listed below.

Name Date

TB67S101ANG

Description

Product part number Maximum ratings Stepping mode Unique technology
Package
Voltage [V] Current [A] Full Half 1/4 ADMD*
TB67S101ANG 50 4.0



SDIP24
*Note: Toshiba’s proprietary technology
ADMD: Advanced Dynamic Mixed Decay
Mixed-decay technology that monitors the decay current within the IC, and optimizes the decay ratio between Fast Decay and Slow Decay modes, which enables a more broad range of motor rotation speed/frequency

Reference design files

Design, Document

“Design・Document” contains the documents listed below.

Name Date

TB67S105FTG

Description

Product part number Maximum ratings Stepping mode Unique technology
Package
Voltage [V] Current [A] Full Half 1/4 ADMD*
TB67S105FTG 50 3.0

    QFN48
*Note: Toshiba’s proprietary technology
ADMD: Advanced Dynamic Mixed Decay
Mixed-decay technology that monitors the decay current within the IC, and optimizes the decay ratio between Fast Decay and Slow Decay modes, which enables a more broad range of motor rotation speed/frequency

Reference design files

Design, Document

“Design・Document” contains the documents listed below.

Name Date

TB67S521FTAG

Description

Product part number Maximum ratings Stepping mode Unique technology
Package
Voltage [V] Current [A] Full Half 1/4 ADMD*
TB67S521FTAG 40 2.8


  QFN36
*Note: Toshiba’s proprietary technology
ADMD: Advanced Dynamic Mixed Decay
Mixed-decay technology that monitors the decay current within the IC, and optimizes the decay ratio between Fast Decay and Slow Decay modes, which enables a more broad range of motor rotation speed/frequency

Reference design files

Design, Document

“Design・Document” contains the documents listed below.

Name Date

TB67S213FTAG

Description

Product part number Maximum ratings Stepping mode Unique technology
Package
Voltage [V] Current [A] Full Half 1/4 ADMD*
TB67S213FTAG 40 2.5


  QFN36
*Note: Toshiba’s proprietary technology
ADMD: Advanced Dynamic Mixed Decay
Mixed-decay technology that monitors the decay current within the IC, and optimizes the decay ratio between Fast Decay and Slow Decay modes, which enables a more broad range of motor rotation speed/frequency

Reference design files

Design, Document

“Design・Document” contains the documents listed below.

Name Date

TB67S261FTG

Description

Product part number Maximum ratings Stepping mode Unique technology
Package
Voltage [V] Current [A] Full Half 1/4 ADMD*
TB67S261FTG 50 2.0



QFN48
*Note: Toshiba’s proprietary technology
ADMD: Advanced Dynamic Mixed Decay
Mixed-decay technology that monitors the decay current within the IC, and optimizes the decay ratio between Fast Decay and Slow Decay modes, which enables a more broad range of motor rotation speed/frequency

Reference design files

Design, Document

“Design・Document” contains the documents listed below.

Name Date

TB67S265FTG

Description

Product part number Maximum ratings Stepping mode Unique technology
Package
Voltage [V] Current [A] Full Half 1/4 ADMD*
TB67S265FTG 50 2.0

    QFN48
*Note: Toshiba’s proprietary technology
ADMD: Advanced Dynamic Mixed Decay
Mixed-decay technology that monitors the decay current within the IC, and optimizes the decay ratio between Fast Decay and Slow Decay modes, which enables a more broad range of motor rotation speed/frequency

Reference design files

Design, Document

“Design・Document” contains the documents listed below.

Name Date

TB62218AFNG

Description

Product part number Maximum ratings Stepping mode Unique technology
Package
Voltage [V] Current [A] Full Half 1/4 ADMD*
TB62218AFNG 40 2.0


  HTSSOP48
*Note: Toshiba’s proprietary technology
ADMD: Advanced Dynamic Mixed Decay
Mixed-decay technology that monitors the decay current within the IC, and optimizes the decay ratio between Fast Decay and Slow Decay modes, which enables a more broad range of motor rotation speed/frequency

Reference design files

Design, Document

“Design・Document” contains the documents listed below.

Name Date

TB62218AFG

Description

Product part number Maximum ratings Stepping mode Unique technology
Package
Voltage [V] Current [A] Full Half 1/4 ADMD*
TB62218AFG 40 2.0


  HSOP28
*Note: Toshiba’s proprietary technology
ADMD: Advanced Dynamic Mixed Decay
Mixed-decay technology that monitors the decay current within the IC, and optimizes the decay ratio between Fast Decay and Slow Decay modes, which enables a more broad range of motor rotation speed/frequency

Reference design files

Design, Document

“Design・Document” contains the documents listed below.

Name Date

TB67S511FTAG

Description

Product part number Maximum ratings Stepping mode Unique technology
Package
Voltage [V] Current [A] Full Half 1/4 ADMD*
TB67S511FTAG 40 2.0


  QFN36
*Note: Toshiba’s proprietary technology
ADMD: Advanced Dynamic Mixed Decay
Mixed-decay technology that monitors the decay current within the IC, and optimizes the decay ratio between Fast Decay and Slow Decay modes, which enables a more broad range of motor rotation speed/frequency

Reference design files

Design, Document

“Design・Document” contains the documents listed below.

Name Date

TB62261FTG

Description

Product part number Maximum ratings Stepping mode Unique technology
Package
Voltage [V] Current [A] Full Half 1/4 ADMD*
TB62261FTG 40 1.8


  QFN48
*Note: Toshiba’s proprietary technology
ADMD: Advanced Dynamic Mixed Decay
Mixed-decay technology that monitors the decay current within the IC, and optimizes the decay ratio between Fast Decay and Slow Decay modes, which enables a more broad range of motor rotation speed/frequency

Reference design files

Design, Document

“Design・Document” contains the documents listed below.

Name Date

TB62261FTAG

Description

Product part number Maximum ratings Stepping mode Unique technology
Package
Voltage [V] Current [A] Full Half 1/4 ADMD*
TB62261FTAG 40 1.5


  QFN36
*Note: Toshiba’s proprietary technology
ADMD: Advanced Dynamic Mixed Decay
Mixed-decay technology that monitors the decay current within the IC, and optimizes the decay ratio between Fast Decay and Slow Decay modes, which enables a more broad range of motor rotation speed/frequency

Reference design files

Design, Document

“Design・Document” contains the documents listed below.

Name Date

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