Beefed Up Dual DC Motor Driver With PWM Speed Control L298 H Bridge 6.5V To 27V Input 7A Per Channel 160W Total Power Powers Two DC Motors Simultaneously 12V Or 24V With Optocoupler Isolation Industrial Grade Controller
✔️ 7A per channel, 160W total, 6.5-27V input, 12V/24V operation, optocoupler isolation
This dual DC motor driver board uses a dual H-bridge to power two motors from a common supply. It's ideal for robotics platforms, hobby CNCs, and automated systems that need precise speed control and independent motor direction.
✅ DC input range 6.5-27V; supports 12V or 24V operation✅ 7A max output per channel; 160W total power for two motors
✅ Dual H-bridge design drives two DC motors simultaneously
✅ Forward/reverse control via IN1/IN2 and IN3/IN4
✅ PWM speed control via ENA (0-10 kHz)
✅ Undervoltage protection and optocoupler isolation
💡 How to choose a dual DC motor driver with PWM control for two motors in a robotics project? Here's a handy guide. - Look at input voltage range and current per channel - Check PWM control range and frequency compatibility - Ensure protection features like undervoltage and optocoupler isolation - Verify it can run two motors simultaneously without issues
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Beefed Up Dual DC Motor Driver With PWM Speed Control L298 H Bridge 6.5V To 27V Input 7A Per Channel 160W Total Power Powers Two DC Motors Simultaneously 12V Or 24V With Optocoupler Isolation Industrial Grade Controller
Beefed Up Dual DC Motor Driver With PWM Speed Control L298 H Bridge 6.5V To 27V Input 7A Per Channel 160W Total Power Powers Two DC Motors Simultaneously 12V Or 24V With Optocoupler Isolation Industrial Grade Controller
✔️ 7A per channel, 160W total, 6.5-27V input, 12V/24V operation, optocoupler isolation
This dual DC motor driver board uses a dual H-bridge to power two motors from a common supply. It's ideal for robotics platforms, hobby CNCs, and automated systems that need precise speed control and independent motor direction.
✅ DC input range 6.5-27V; supports 12V or 24V operation✅ 7A max output per channel; 160W total power for two motors
✅ Dual H-bridge design drives two DC motors simultaneously
✅ Forward/reverse control via IN1/IN2 and IN3/IN4
✅ PWM speed control via ENA (0-10 kHz)
✅ Undervoltage protection and optocoupler isolation
💡 How to choose a dual DC motor driver with PWM control for two motors in a robotics project? Here's a handy guide. - Look at input voltage range and current per channel - Check PWM control range and frequency compatibility - Ensure protection features like undervoltage and optocoupler isolation - Verify it can run two motors simultaneously without issues
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
✔️ 7A per channel, 160W total, 6.5-27V input, 12V/24V operation, optocoupler isolation
This dual DC motor driver board uses a dual H-bridge to power two motors from a common supply. It's ideal for robotics platforms, hobby CNCs, and automated systems that need precise speed control and independent motor direction.
✅ DC input range 6.5-27V; supports 12V or 24V operation✅ 7A max output per channel; 160W total power for two motors
✅ Dual H-bridge design drives two DC motors simultaneously
✅ Forward/reverse control via IN1/IN2 and IN3/IN4
✅ PWM speed control via ENA (0-10 kHz)
✅ Undervoltage protection and optocoupler isolation
💡 How to choose a dual DC motor driver with PWM control for two motors in a robotics project? Here's a handy guide. - Look at input voltage range and current per channel - Check PWM control range and frequency compatibility - Ensure protection features like undervoltage and optocoupler isolation - Verify it can run two motors simultaneously without issues
