3-36 The New Dual 15A H-Bridge DC Motor Driver Peak 30A IRF3205 for Robot saloon car

3-36 The New Dual 15A H-Bridge DC Motor Driver Peak 30A IRF3205 for Robot saloon car

  • SKU: 27124
  • Shipping Weight: 55g
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US$14.00
  (9997 Pieces available)
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The drive performance of these motor-driven ICs is comparable to the L298, with drivers focusing on current and efficiency, effectively utilizing motor power and battery life. Can withstand high current overload, the maximum current up to 30A. The drive also has a brake function, you can quickly stop the motor, rapid braking, brake reset, to achieve this function is simple. ? The driver uses a complete two-chip half-bridge driver chip + very low-resistance N-channel MOSFET. A complete double-chip half-bridge driver chip reliable drive, MOSFET switching losses to a minimum. Improve power utilization. MOSFET driver chip with hardware brake and power feedback. The driver outperforms the integrated power chip scheme with low power margin and other half-bridge combination schemes in complex timing and complementary driving problems. ? MOSFET using N-channel IRF3205 MOSFET, the use of two dedicated half-bridge driver chip, the upper bootstrap capacitor tube, the tube has sufficient drive voltage, MOSFET channels can be quickly opened to improve the motor curvature, but also for the motor speed brake. This will allow the car to start quickly and quickly kill the car. The driver can operate from 0% to 99% of the duty cycle of the PWM modulation so that the motor can get enough drive voltage.

 

The performance of this driver is not comparable to those of the L298 motor drive chips. The driver focuses on current and efficiency, and effectively uses motor power and battery life. Can withstand high current overload, maximum current up to 30A.
 
This drive also has a brake function that can quickly brake the motor, brake quickly, and brake clearly. This function is simple to implement.
 
 
 
 
The driver uses a complete two-half bridge driver chip and an extremely low internal resistance N-channel MOSFET. The complete two-half-bridge driver chip has a reliable driving mode to minimize the switching loss of the MOSFET. Improve power utilization. MOSFET driver chip comes with hardware brake function and power feedback function.
 
 
This driver is superior to the low power headroom of the integrated power chip scheme and the problem of complex timing coordination and complementary driving in other half-bridge combination schemes.
 
 
 
The MOSFET uses an N-channel IRF3205 MOSFET. Two dedicated half-bridge driver ICs are used. The bootstrap capacitor is used for the top tube so that the top tube has sufficient driving voltage to quickly open the MOSFET channel and increase the motor's acceleration curvature. Can quickly brake the motor. This can make the car start quickly and kill the car quickly.
 
 
The driver can work in 0%-99% PWM modulation duty cycle, so that the motor can get enough drive voltage.
 
 
 
Motor forward: DIR=1 PWM=PWM
 
Motor reversal: DIR=0 PWM=PWM
 
 
Parking brake: DIR=X PWM=0 (X is an arbitrary state)
 
 
 
POWER is connected to the positive terminal of the power supply and GND is connected to the negative terminal of the power supply Two motors are connected to MOTOR1, MOTOR2 respectively
 
Product performance parameters:
 
Rated voltage: 3v-36v (can be customized according to the user)
 
Rated current: 10A
 
Peak current: 30A
 
Scope of use: Freescale Smart Car Contest Undergraduate Electronic Design Contest Various DC Motor Control Circuits
 
 
Size: length 108mm, width 58mm
 
Weight: 52g

 


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