Summary of Puente H | Circuito Para Invertir Giro De Motor (Muy fácil de hacer)

00:00:00 - 00:05:00

This video demonstrates how to control the rotation of a motor using a simple circuit. The circuit consists of four transistors, two of which are connected in parallel to create a bridge, and two of which are connected in series to create a switch. When the switch is closed, current flows through the bridge and the motor rotates. When the switch is opened, current flows through the series connection and the motor stops.

• 00:00:00 In this video, we make a simple circuit to control the direction of rotation of a motor. We press two buttons and the motor will turn in the opposite direction as the buttons are pressed. The materials we need are the schematic diagram, a protoboard, four transistors, resistors of 1 to 2 buttons, a battery, various cables, and a motor to test our circuit. The red line on the protoboard will be the positive line, and the blue line will be the negative line. The transistors will be placed with the numbers facing us, on the 12 n 22 22 a board, in the left column as the emitter, in the middle column as the base, and in the right column as the collector. We will place them as shown in the video. We also place the second transistor the same way, with the numbers facing us. Now we will connect the resistors to the transistors. We will connect one resistor to the base of each transistor, with a wire connecting them. We will do the same thing with the third transistor. The fourth transistor will have no resistor connected to it. Now we will make the bridges. From the first transistor's resistor to the second transistor's resistor, we will make a bridge. From
• 00:05:00 In this video, a simple circuit is demonstrated that allows someone to control the rotation of a motor. The circuit consists of four transistors, two of which are connected in parallel to create a bridge, and two of which are connected in series to create a switch. When the switch is closed, current flows through the bridge and the motor rotates. When the switch is opened, current flows through the series connection and the motor stops.