That is why it is compulsory to remove the jumper if voltage is more than 12 and yes this is the 5 volt output you can use this output to power your Arduino board or any other microcontroller which is used to control speed andĭirection of the motors these two jumpers are used to enable motors if youĪre using stepper motor or don’t want to control speed of DC motor then keep these jumpers if you want to control the speed of DC motors then remove it and connect with PWM output of microcontroller in between of these two jumpers there are four things to control direction of DC motors for example when pin one is high motor able rotate clockwise and then when – is high motor will rotate counter clockwise similarly pen 3 and pin 4 work for motor B now I’m going to and power supply to demonstrating how these four pinsĬontrol direction and after this I will connect this module with our do you know to control the speed and direction with microcontroller I’m going to connect motor a with left connector and motor B with the right connector motors are connected now connect power supply I’m using 7. The L298N is a motor driver IC by ST Microelectronics.
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#Make l298n motor driver go clockwise and counterclockwise how to
Hi Fox today I am going to show you how you can use L298N and motor driver module with this driver module you can run either 2 DC motors or a single stepper motor well in this video you will learn how to control 2 DC motors ok let me explain the connections of this module in this module you can see 2 connectors on either sides to connect 2 DC motors you can connect one motor on left connector and other motor on right connector here is the power supply parts for the module this module supports 6 watt to 35 volt but if you are using more than 12 volt then don’t forget to remove the jumper because power passes through the jumper to the 5 volt regulator which works on 6 to 12 volts This Video Show control DC motor with L298N