Clock-in control/2-phase bipolar type stepping motor driver
This reference design provides circuit diagram, BOM and PCB data (Gerber data) etc. of the evaluation board for Clock-in control / 2-phase bipolar type stepping motor driver IC.
TC78H670FTG
Date : 02/2020
Description
| Product part number | Maximum motor drive ch | Maximum ratings | Unique technologies | Package | ||
|---|---|---|---|---|---|---|
| Voltage [V] |
Current[A] | |||||
| 1ch mode | 2ch mode | |||||
| TC78H670FTG | 1 | 20 | 2.0 | QFN16 | ||
Reference design files
Design, Document
“Design・Document” contains the documents listed below.
TB67S128FTG
Date : 07/2019
Description
| Product part number | Maximum ratings | Unique technology |
Package | ||||
|---|---|---|---|---|---|---|---|
| Voltage [V] | Current [A] | AGC( Active Gain Control)* | ACDS* | ADMD* | High resolution micro step | ||
| TB67S128FTG |
50 | 5.0 |  |
|
|
|
QFN64 |
*Note: Toshiba’s proprietary technology
AGC: Active Gain Control
Stepping motor drive technology that automatically optimizes motor drive current in real time according to the load torque
ACDS: Advanced Current Detection System
Technology which will not require external sense resistor and monitors the motor current within the device for constant current control
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
AGC: Active Gain Control
Stepping motor drive technology that automatically optimizes motor drive current in real time according to the load torque
ACDS: Advanced Current Detection System
Technology which will not require external sense resistor and monitors the motor current within the device for constant current control
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
The kind of evaluation board for TB67S128FTG
| Kind | PCB size | Features | Reference data |
|---|---|---|---|
| EVB1 | 110mm×110mm | ー | Circuit diagram, BOM, PCB file |
| EVB2 | 44mm×64mm | Small size (40X60 SMD Horizontal) The board is equipped with TB67S128FTG and Microcontroller (TMPM067FWQG). The board is equipped with SeeedGrove connector. |
Circuit diagram, BOM, PCB file |
* Company names, product names, and service names may be trademarks of their respective companies.
Reference design files
Design, Document
“Design・Document” contains the documents listed below.
TB67S249FTG
Date : 07/2019
Description
| Product part number | Maximum ratings | Unique technology |
Package | ||||
|---|---|---|---|---|---|---|---|
| Voltage [V] | Current [A] | AGC( Active Gain Control)* | ACDS* | ADMD* | High resolution micro step | ||
| TB67S249FTG | 50 | 4.5 | |
|
|
QFN48 | |
*Note: Toshiba’s proprietary technology
AGC: Active Gain Control
Stepping motor drive technology that automatically optimizes motor drive current in real time according to the load torque
ACDS: Advanced Current Detection System
Technology which will not require external sense resistor and monitors the motor current within the device for constant current control
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
AGC: Active Gain Control
Stepping motor drive technology that automatically optimizes motor drive current in real time according to the load torque
ACDS: Advanced Current Detection System
Technology which will not require external sense resistor and monitors the motor current within the device for constant current control
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.
TB67S289FTG
Date : 07/2019
Description
| Product part number | Maximum ratings | Unique technology |
Package | ||||
|---|---|---|---|---|---|---|---|
| Voltage [V] | Current [A] | AGC( Active Gain Control)* | ACDS* | ADMD* | High resolution micro step | ||
| TB67S289FTG | 50 | 3.0 | |
|
|
QFN48 | |
*Note: Toshiba’s proprietary technology
AGC: Active Gain Control
Stepping motor drive technology that automatically optimizes motor drive current in real time according to the load torque
ACDS: Advanced Current Detection System
Technology which will not require external sense resistor and monitors the motor current within the device for constant current control
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
AGC: Active Gain Control
Stepping motor drive technology that automatically optimizes motor drive current in real time according to the load torque
ACDS: Advanced Current Detection System
Technology which will not require external sense resistor and monitors the motor current within the device for constant current control
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.
TB67S279FTG
Date : 07/2019
Description
| Product part number | Maximum ratings | Unique technology |
Package | ||||
|---|---|---|---|---|---|---|---|
| Voltage [V] | Current [A] | AGC( Active Gain Control)* | ACDS* | ADMD* | High resolution micro step | ||
| TB67S279FTG | 50 | 2.0 | |
|
|
QFN48 | |
*Note: Toshiba’s proprietary technology
AGC: Active Gain Control
Stepping motor drive technology that automatically optimizes motor drive current in real time according to the load torque
ACDS: Advanced Current Detection System
Technology which will not require external sense resistor and monitors the motor current within the device for constant current control
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
AGC: Active Gain Control
Stepping motor drive technology that automatically optimizes motor drive current in real time according to the load torque
ACDS: Advanced Current Detection System
Technology which will not require external sense resistor and monitors the motor current within the device for constant current control
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.
TB67S103AFTG
Date : 07/2019
Description
| Product part number | Maximum ratings | Unique technology |
Package | ||||
|---|---|---|---|---|---|---|---|
| Voltage [V] | Current [A] | AGC( Active Gain Control)* | ACDS* | ADMD* | High resolution micro step | ||
| TB67S103AFTG | 50 | 4.0 | |
QFN48 | |||
*Note: Toshiba’s proprietary technology
AGC: Active Gain Control
Stepping motor drive technology that automatically optimizes motor drive current in real time according to the load torque
ACDS: Advanced Current Detection System
Technology which will not require external sense resistor and monitors the motor current within the device for constant current control
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
AGC: Active Gain Control
Stepping motor drive technology that automatically optimizes motor drive current in real time according to the load torque
ACDS: Advanced Current Detection System
Technology which will not require external sense resistor and monitors the motor current within the device for constant current control
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.
TB67S109AFTG
Date : 07/2019
Description
| Product part number | Maximum ratings | Unique technology |
Package | ||||
|---|---|---|---|---|---|---|---|
| Voltage [V] | Current [A] | AGC( Active Gain Control)* | ACDS* | ADMD* | High resolution micro step | ||
| TB67S109AFTG | 50 | 4.0 | |
QFN48 | |||
*Note: Toshiba’s proprietary technology
AGC: Active Gain Control
Stepping motor drive technology that automatically optimizes motor drive current in real time according to the load torque
ACDS: Advanced Current Detection System
Technology which will not require external sense resistor and monitors the motor current within the device for constant current control
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
AGC: Active Gain Control
Stepping motor drive technology that automatically optimizes motor drive current in real time according to the load torque
ACDS: Advanced Current Detection System
Technology which will not require external sense resistor and monitors the motor current within the device for constant current control
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.
TB67S109AFNG
Date : 07/2019
Description
| Product part number | Maximum ratings | Unique technology |
Package | ||||
|---|---|---|---|---|---|---|---|
| Voltage [V] | Current [A] | AGC( Active Gain Control)* | ACDS* | ADMD* | High resolution micro step | ||
| TB67S109AFNG | 50 | 4.0 | |
HTSSOP48 | |||
*Note: Toshiba’s proprietary technology
AGC: Active Gain Control
Stepping motor drive technology that automatically optimizes motor drive current in real time according to the load torque
ACDS: Advanced Current Detection System
Technology which will not require external sense resistor and monitors the motor current within the device for constant current control
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
AGC: Active Gain Control
Stepping motor drive technology that automatically optimizes motor drive current in real time according to the load torque
ACDS: Advanced Current Detection System
Technology which will not require external sense resistor and monitors the motor current within the device for constant current control
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.
TB67S209FTG
Date : 07/2019
Description
| Product part number | Maximum ratings | Unique technology |
Package | ||||
|---|---|---|---|---|---|---|---|
| Voltage [V] | Current [A] | AGC( Active Gain Control)* | ACDS* | ADMD* | High resolution micro step | ||
| TB67S209FTG | 50 | 4.0 | QFN48 | ||||
*Note: Toshiba’s proprietary technology
AGC: Active Gain Control
Stepping motor drive technology that automatically optimizes motor drive current in real time according to the load torque
ACDS: Advanced Current Detection System
Technology which will not require external sense resistor and monitors the motor current within the device for constant current control
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
AGC: Active Gain Control
Stepping motor drive technology that automatically optimizes motor drive current in real time according to the load torque
ACDS: Advanced Current Detection System
Technology which will not require external sense resistor and monitors the motor current within the device for constant current control
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.
TB67S269FTG
Date : 07/2019
Description
| Product part number | Maximum ratings | Unique technology |
Package | ||||
|---|---|---|---|---|---|---|---|
| Voltage [V] | Current [A] | AGC( Active Gain Control)* | ACDS* | ADMD* | High resolution micro step | ||
| TB67S269FTG | 50 | 2.0 | |
QFN48 | |||
*Note: Toshiba’s proprietary technology
AGC: Active Gain Control
Stepping motor drive technology that automatically optimizes motor drive current in real time according to the load torque
ACDS: Advanced Current Detection System
Technology which will not require external sense resistor and monitors the motor current within the device for constant current control
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
AGC: Active Gain Control
Stepping motor drive technology that automatically optimizes motor drive current in real time according to the load torque
ACDS: Advanced Current Detection System
Technology which will not require external sense resistor and monitors the motor current within the device for constant current control
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.
TB62269FTAG
Date : 07/2019
Description
| Product part number | Maximum ratings | Unique technology |
Package | ||||
|---|---|---|---|---|---|---|---|
| Voltage [V] | Current [A] | AGC( Active Gain Control)* | ACDS* | ADMD* | High resolution micro step | ||
| TB62269FTAG | 40 | 1.8 | QFN32 | ||||
*Note: Toshiba’s proprietary technology
AGC: Active Gain Control
Stepping motor drive technology that automatically optimizes motor drive current in real time according to the load torque
ACDS: Advanced Current Detection System
Technology which will not require external sense resistor and monitors the motor current within the device for constant current control
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
AGC: Active Gain Control
Stepping motor drive technology that automatically optimizes motor drive current in real time according to the load torque
ACDS: Advanced Current Detection System
Technology which will not require external sense resistor and monitors the motor current within the device for constant current control
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.
TB62269FTG
Date : 07/2019
Description
| Product part number | Maximum ratings | Unique technology |
Package | ||||
|---|---|---|---|---|---|---|---|
| Voltage [V] | Current [A] | AGC( Active Gain Control)* | ACDS* | ADMD* | High resolution micro step | ||
| TB62269FTG | 40 | 1.8 | QFN48 | ||||
*Note: Toshiba’s proprietary technology
AGC: Active Gain Control
Stepping motor drive technology that automatically optimizes motor drive current in real time according to the load torque
ACDS: Advanced Current Detection System
Technology which will not require external sense resistor and monitors the motor current within the device for constant current control
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
AGC: Active Gain Control
Stepping motor drive technology that automatically optimizes motor drive current in real time according to the load torque
ACDS: Advanced Current Detection System
Technology which will not require external sense resistor and monitors the motor current within the device for constant current control
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.
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