Details

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BUY L298N(XBLW) https://www.utsource.net/itm/p/12603589.html

Parameter	Description	Value
Supply Voltage (Vcc)	Maximum supply voltage for the logic side	5V
Motor Supply Voltage	Voltage range for motor operation	5V to 46V
Peak Current per Channel	Maximum peak current that can flow through each channel	2A
Continuous Current per Channel	Continuous current rating per channel	1A
Operating Temperature Range	Temperature range in which the device can operate	-25°C to +130°C
Number of Channels	Number of channels available for driving motors	2
Logic Input Voltage	Voltage levels recognized by the logic inputs	TTL/CMOS compatible
Protection Features	Built-in protection mechanisms	Thermal shutdown, Overcurrent protection

Instructions for Using L298N(XBLW):

1. Power Supply Connection:

   • Connect the Vcc pin to a 5V power supply for the logic circuit.
   • Connect the VMOT pin to a power supply suitable for your motor (5V to 46V).

2. Motor Connections:

   • Connect the motor terminals to the OUT1 and OUT2 pins for one motor, and OUT3 and OUT4 for another if using both channels.

3. Control Signals:

   • Apply control signals to IN1, IN2, IN3, and IN4 to control the direction of the motors.
     • For forward motion: Set IN1 HIGH and IN2 LOW (for Motor A); Set IN3 HIGH and IN4 LOW (for Motor B).
     • For reverse motion: Set IN1 LOW and IN2 HIGH (for Motor A); Set IN3 LOW and IN4 HIGH (for Motor B).
     • To stop the motor: Set both input pins for the respective motor LOW or HIGH simultaneously.

4. Enable Pins:

   • Use the ENA and ENB pins to enable or disable the output stages.
     • Set ENA and ENB HIGH to enable the respective motor driver.
     • Set ENA and ENB LOW to disable the respective motor driver.

5. Heat Sink:

   • For continuous operation at higher currents, ensure proper heat dissipation using a heat sink.

6. Protection:

   • The L298N includes thermal shutdown and overcurrent protection, but avoid prolonged operation under fault conditions to prevent damage.

7. Grounding:

   • Ensure all grounds are connected together for stable operation.

(For reference only)