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TMC2208 Stepper Motor Driver Module Ultra-quiet 256 Subdivisions with Heat Sink
5.01 ratingThe TMC2208 Stepper Motor Driver Module Ultra-quiet 256 Subdivisions with Heat Sink is a value-for-money stepper motor drivers designed for everyday users. It features Model Series: Heat Sink, TMC Series and Voltage Rating (V): 4.75 to 36VDC.
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About This Product
The TMC2208 Stepper Motor Driver Module Ultra-quiet 256 Subdivisions with Heat Sink is a value-for-money stepper motor drivers designed for everyday users. It delivers reliable performance at an accessible price.
Key Specifications
- Model Series: Heat Sink, TMC Series
- Voltage Rating (V): 4.75 to 36VDC — works with standard household power
- Model No. / Name: TMC2208
- Color: Black
- Input Voltage (VDC): 4.75 to 36 — works with standard household power
- Size (mm): 20x15x11
- Interface: Stepper driver — compatible with modern devices
- Shipping Weight: 0.05 kg
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Elecvora sources this product directly, cutting out multiple middlemen. Every order includes free shipping, a 15-day return policy, and secure payment via Razorpay.
Features: 1. Subdivision up to 256; 2. No loss of synchronization when driving with high load; 3. Logic interface level: 3-5V; 4. Input voltage range: 4.75-36V DC; 5. Subdivision mode can Select 2, 4, 8, 16 subdivisions; 6. StealthChop2 can drive the motor to work in extremely quiet conditions, and can control the motor sound below 10dB decibels, and the noise is much lower than the traditional current control method; 7. Traditional stepper In motor drive solutions, there will be an excess current, or current dead zone, when the current crosses zero. At this time, there is no current in the motor coil. This is a major factor causing motor vibration. SpreadCycle ensures that the stepper motor has a smooth transition without dead zone current when it passes through the point. It uses several TMC2208 stepper motor driver chips with almost no jitter; 8. SpreadCycle PWM new wave mode automatically configures a magnetic field between slow and fast attenuators. hysteresis attenuation function. The average current reflects the configured normal current. There will be no transition period when the sine wave crosses the zero point, which reduces the fluctuations of current and torque and makes the current waveform closer to the sine wave. Compared with the traditional constant chopper type, SpreadCycle PWM chopper The motor under wave mode control runs much more smoothly and smoothly.
