


Note: The purchased components are stored in your JLCPCB parts library for future PCBA orders only, and cannot be shipped separately.
| Attributes | Value | |
|---|---|---|
| Category | Motor Driver ICs/Stepper Motor Driver | |
| Manufacturer | TOSHIBA | |
| Package | HZIP-25-P-1.27mm | |
| Motor Drive Voltage(Vm) | 4.5V~34V | |
| Operating Temperature | -30℃~+85℃ | |
| Technology | Yes | |
| Step Resolution | 16 | |
| Output Current | 3A | |
| Features | Over temperature protection、Power-on reset、Dead-time / shoot-through protection | |
| Drive Type | Bipolar Driver | |
| Control Voltage | 4.5V~5.5V | |
| RDS(on) | 600mΩ |

* Images are for reference only
Note: The purchased components are stored in your JLCPCB parts library for future PCBA orders only, and cannot be shipped separately.

* Images are for reference only
Note: The purchased components are stored in your JLCPCB parts library for future PCBA orders only, and cannot be shipped separately.
TB6560AHQ(O,8) technical specifications, attributes, and parameters.
| Attributes | Value | |
|---|---|---|
| Category | Motor Driver ICs/Stepper Motor Driver | |
| Manufacturer | TOSHIBA | |
| Package | HZIP-25-P-1.27mm | |
| Motor Drive Voltage(Vm) | 4.5V~34V | |
| Operating Temperature | -30℃~+85℃ | |
| Technology | Yes | |
| Step Resolution | 16 | |
| Output Current | 3A | |
| Features | Over temperature protection、Power-on reset、Dead-time / shoot-through protection | |
| Drive Type | Bipolar Driver | |
| Control Voltage | 4.5V~5.5V | |
| RDS(on) | 600mΩ |
From components to fully assembled PCBs. JLCPCB supports PCB assembly for the TB6560AHQ(O,8). Sign up to receive and start your assembly today →
Step 1 - Pre-order the parts you need from JLCPCB.
Step 2 - Place a PCBA order to have those parts assembled onto your boards.
Step 3 - JLCPCB manufactures and assembles your boards in as fast as 3 days.

TB6560AHQ(O,8) datasheets or manufacturer documentation.
Datasheet: TB6560AHQ(O,8) Datasheet (PDF)
The TB6560AHQ(O,8) schematic symbol and PCB footprint are available in the EasyEDA PCB design tool.