![]() However, in this project, we will be using a DC motor with the L293. Inductive loads such as relays, solenoids, DC motors, and bipolar stepper motors. The L293/SN754410 H-bridge chip is 16-pin chip that can be used to drive and control We'll go over now how we can easily connect this up. It can make a DC motor go forward and then in Have the motor exhibit bidirectional capability. In this circuit, we will show how to connect an H-bridge to a DC motor so that we can Obviously, an H-bridge IC makes this a lot simpler. Voltage polarity to get the motor to change directions. To the DC motor to make it change directions this means we would have to physically swap out the Having to manually switch the voltage polarity Without an H bridge, we could only make use of the bidirectional capabilities ofĪn H-bridge with either extensive software programming or Movement, right-left movement, or up/down movement, depending on the use of the motor in the circuit. This directional ability that H-bridges allow in DC motors can equate to forward-reverse ![]() H-bridge, we can make a DC motor go forward, go reverse, and stop. An h-bridge is a chip that allows DC motors to be run versatile
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