Product Description:
Material: PCB
Mode: DIR/STEP,UART
Motor Voltage: 5.5-28V
Logic Voltage: 3.3-5V
RSense: 0.11 Ohm
Current: 2A (Peak 2.8A)
Microsteps: 256 Subdivision
Product Features:
Avoid Losing Steps and Jittering
Immersion Gold Proxess, The Better Antioxidant
SpreadCycle: The motor controlled by the PWM chopper mode operated more smoothly and without Jitter
The TMC2209 can effectively avoid problem such as running deviation losing step and fault caused by the overlode of the chip
Warm Notice
When the driver is inserted into motherboard, plaese pay attention to see the direction of the drive, can not be inserted in reverse, to prevent the drive from burning.
Be sure to do a good job before driving heat dissipation work(heat sink+fan), to prevent the drive is not working properly.
Ultra-silent Stepper Motor Driver: BIGTREETECH tmc2209 v1.3 stepper motor driver adopts StealthChop2 silent motor operation technology is an ultra-silent motor driver IC for two-phase stepper motors. Continuous current up to 2.0A (peak 2.8A), voltage ranges from 4.75v to the maximun output of 28v. It can operate bipolar stepper motors from 1 to 1/256 step modes
BTT TMC2209 stepper motor driver support UART, STEP/ DIR Mode, except that you need to modify the firmware for the mode you use. for detailed tutorials, please refer to the BIGTREETECH GITHUB instructions
Sensorless Homing: BTT tmc2209 v1.3 stepper motor driver uses Stallguard4 locked motor technology to detect changes in motor current, providing an abnormal signal when the motor rotates abnormally. And use this measurement to detect the end of axis' stroke and produce 3D printers without limit switches
Widely Compatible: TMC 2209 stepper driver with most 3D printer motherboards on the market, such as btt octopus v1.1/octopus pro, skr v1.4 turbo/skr 3, Manta M4P/M5P/M8P, MKS Gen L... etc. It saves the expensive cost of redesign. It can perfectly replace the original non-silent TMC2100/A4988/DRV8825/LV8729 stepper driver and is the most cost-effective choice
Avoid losing steps and jittering: The motor controlled by the PWM chopper mode operated more smoothly and without jitter. It can effectively avoid problemsuch as running deviation losing step and fault caused by the overlode of the chip. Better printing effect
After-sales service: The manual and installation instructions have been uploaded to Github. If you have any problems during use, please tell us through
