YINGHUA
YINGHUA TMC5160 V1.3 42 Stepper Motor Driver High-Power 3d printers accessory
High-power TMC5160 stepper driver with external MOSFETs handles up to 20 A for precise 256-microstep control on 42-size motors
- High-power 20 A drive for demanding prints
- Low heat thanks to external power MOS tube
- 256 microstepping for smooth motor movement
- Compact 15.3 × 20.4 mm board fits tight spaces
- Marlin 2.0 firmware ready for easy setup
High-Power Stepper Driver for BTT Boards
The YINGHUA TMC5160 V1.3 42 stepper motor driver delivers high-current control for 3D printer upgrades. It targets makers who need reliable motion performance on boards such as the BTT Octopus SKR V1.4 or SKR Mini E3. The module fits enthusiasts and professionals seeking precise motor management for complex prints.
Compact Build with External Power Stage
An externally expanded power MOS tube supports current up to 20A while keeping heat output low. The small footprint of approximately 15.3 by 20.4 millimetres allows installation in tight electronics cases. Standard pin spacing matches common controller headers for straightforward mounting.
Replaces Standard Drivers for Higher Torque
This unit upgrades from lower-current drivers such as the TMC2209 when motors demand more power. The jump is worthwhile for heavy gantries or high-torque extruders that exceed standard driver limits. Firmware support through Marlin 2.0 with 256 microstepping ensures smooth motion without additional configuration complexity.
Highlights
- High-power 20 A drive for demanding prints
- Low heat thanks to external power MOS tube
- 256 microstepping for smooth motor movement
- Compact 15.3 × 20.4 mm board fits tight spaces
- Marlin 2.0 firmware ready for easy setup
Specifications
No published specifications for this item yet.
Questions about this item
What interface does the TMC5160 V1.3 driver use to communicate with the controller board?
The driver uses a standard SPI interface to communicate with boards such as the BTT Octopus SKR V1.4, enabling Marlin 2.0 firmware support.
What are the physical dimensions and mounting hole spacing of this driver module?
The board measures approximately 15.3 by 20.4 millimetres and follows the common 42 mm stepper driver footprint for direct plug-in installation.
How do I correctly install the TMC5160 V1.3 on a SKR board, and what is the common mistake to avoid?
Align the pins with the socket, press firmly until seated, and ensure the jumper configuration matches UART or SPI mode; the frequent error is inserting the module backwards or offset by one row.
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