What is an open circuit?

The open circuit is a type of electrical circuit that has some type of opening or space along the perimeter that ensures that the current will no longer flow properly. This is, unlike a closed circuit that has been designed and implemented correctly to allow power flow. However, unlike a short circuit in which a part of the circuit is determined that allows the current to circumvent resistors and therefore increases the flow flow through the perimeter. This is because the open circuit has endless resistance in a gap or breaking because it allows no current through the perimeter. It does not matter whether the circuit uses direct current (DC) or alternating current (AC), although for illustrative purposes, DC electricity is often easier to refer. DC electricity passes through a circuit in one direction and travels with a current of electrons from a negative Toward positive. A simple circuit could consist of a battery connected to the perimeter on its positive and negative ends and a resistor that can take current.

Electric current flows from the negative end towards the positive and is used by a resistor, usually to ensure the power of part of the device. This simple circuit can be made into an open circuit simply by creating a space or opening in the perimeter at any point. It does not matter whether the gap is created before the resistor or after the resistor; If the gap is created at any point, it becomes an open circuit and the current no longer runs properly. This is because the open circuit disrupts the connection at a certain point, and so the current can no longer flow from the negative to the positive.

For mathematical purposes, a gap or opening on an open perimeter is considered an endless resistance, because the completely stops of the power flow. As a result, the open circuit is the opposite of a short circuit that introduces an alternative route for current current in the circuit that avoids resistance, thus reducing the resistance in the circuit. For illustrative purposes, an open circuit is often considered the opposite of uA closed circuit that simply refers to any complete circuit in which the current can flow. The circuit will often be designed to be open or closed depending on the position of the switch in the circuit, allowing the user to change the switch position and turn the device powered by the perimeter at the turned on or off.