Instructions for TMC2130 V1.1:
Module size:
Features:
①Two-phase stepping motor single-phase current 2A (peak 2.5A) motor working current can be adjusted
②Support SPI interface control mode
③Motor input voltage range: 4.75-46V
④The logic interface input voltage is: 3-5V
⑤ subdivided into 256
⑤ Noise-free operation combined with maximum efficiency and best motor torque
⑦High-precision sensorless motor load detection
⑧ Reduce energy consumption by 75%,
⑨ High load drive without losing step
TMC2130 is a high-performance two-phase stepper motor driver chip with a standard SPI interface and a simple step/dir interface. The continuous output current is as high as 1.2A, and it can withstand a peak current of 2A in a short period of time, with extremely low noise, and high load driving without losing steps.
The SPI working mode of TMC2130-V1.1 can directly select the drive current, drive subdivision and other parameters through the firmware, making these parameters more accurate; the use of external sequencer greatly reduces the workload of the chip and effectively avoids the overload of the chip due to the workload. Problems caused by deviations, lost steps, faults, etc.
Drive current algorithm and adjustment
1. Vref measures the voltage between Gnd and the potentiometer.
2. When measuring the voltage, the power supply should be turned on. Don't just connect the USB power supply.
3. When measuring voltage, be sure not to connect the motor, otherwise the drive will be burnt easily.
4. Drive current algorithm: i-Vref*1.9/2.5, the default Vref is about 1V, so the default current is 0.76A, and the maximum current is 2A! Please pay special attention to the direction and do not plug it in reverse!
①Two-phase stepping motor single-phase current 2A (peak 2.5A) motor working current can be adjusted
②Support SPI interface control mode
③Motor input voltage range: 4.75-46V
④The logic interface input voltage is: 3-5V
⑤ subdivided into 256
⑤ Noise-free operation combined with maximum efficiency and best motor torque
⑦High-precision sensorless motor load detection
⑧ Reduce energy consumption by 75%,
⑨ High load drive without losing step
TMC2130 is a high-performance two-phase stepper motor driver chip with a standard SPI interface and a simple step/dir interface. The continuous output current is as high as 1.2A, and it can withstand a peak current of 2A in a short period of time, with extremely low noise, and high load driving without losing steps.
The SPI working mode of TMC2130-V1.1 can directly select the drive current, drive subdivision and other parameters through the firmware, making these parameters more accurate; the use of external sequencer greatly reduces the workload of the chip and effectively avoids the overload of the chip due to the workload. Problems caused by deviations, lost steps, faults, etc.
Drive current algorithm and adjustment
1. Vref measures the voltage between Gnd and the potentiometer.
2. When measuring the voltage, the power supply should be turned on. Don't just connect the USB power supply.
3. When measuring voltage, be sure not to connect the motor, otherwise the drive will be burnt easily.
4. Drive current algorithm: i-Vref*1.9/2.5, the default Vref is about 1V, so the default current is 0.76A, and the maximum current is 2A! Please pay special attention to the direction and do not plug it in reverse!
