L298N of TIMESETL
TIMESETL Motor Drive Controller - High Quality
Specification:
Size: 43*43*27mm/ 1.69*1.69*1.06 inch
Dual H bridge drive (can drive 2 DC motors)
Chip: L298N
Logical voltage: 5V
Drive voltage: 5V-35V
Logic current: 0mA-36mA
Drive current: 2A(For each DC motor)
Weight: 30g
TIMESETL L298N DC Stepper Motor Drive - Usage
Great for Arduino, Smart Car, Power UNO, MEGA R3, Mega 2560, etc
If driving voltage is more than 12V, please use external 5volt logic outputs to switch the H-bridge circuits.
Delivery
5 x L298N Stepper Motor Controller
- [High Quality] Main driver chip L298N, strong driving ability, strong anti-interference, low calorific value, afterflow diode protection, more stable and reliable for Arduino projects
- [High Efficient] Double H bridge design, can drive one 2-phase stepper motor, one 4-phase stepper motor or two DC motors, high efficient
- [Easy to Use] No assembly required. This L298N board comes ready to go. Just wire up motors and power, easy to use
- [Parameter] External size 43*43*27mm / 1.69*1.69*1.06 inch, voltage 5V-35V, drive current 2A (Max single bridge)
- [Wide Usage] Great for for Arduino DIY Smart Car Robot Power UNO MEGA R3 Mega2560 Duemilanove, if driving voltage is more than 12V, use external standard 5volt TTL outputs to switch the H-bridge circuits
- [High Quality] Main driver chip L298N, strong driving ability, strong anti-interference, low calorific value, afterflow diode protection, more stable and reliable for Arduino projects
- [High Efficient] Double H bridge design, can drive one 2-phase stepper motor, one 4-phase stepper motor or two DC motors, high efficient
- [Easy to Use] No assembly required. This L298N board comes ready to go. Just wire up motors and power, easy to use
- [Parameter] External size 43*43*27mm / 1.69*1.69*1.06 inch, voltage 5V-35V, drive current 2A (Max single bridge)
- [Wide Usage] Great for for Arduino DIY Smart Car Robot Power UNO MEGA R3 Mega2560 Duemilanove, if driving voltage is more than 12V, use external standard 5volt TTL outputs to switch the H-bridge circuits