RLR20C20R0FRB14

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Through Hole Resistors are components with a resistance to the electronic signal passing through them. They are used to reduce the amount of electric current passing through a given area. RLR20C20R0FRB14 is a type of through-hole resistor. This type of resistor is used in many different applications depending on the size, type, and resistance rating.

Application field

RLR20C20R0FRB14 through hole resistors are mainly used in general-purpose applications. They may also be used in power supplies, motor controllers, high-voltage circuits, and radiation-resistant devices. Some applications include electronic switching, electric motors, servos, printed circuit boards, motors, and relays. RLR20C20R0FRB14 resistors are also used in amplifier circuits where a moderate to low resistance value is required.

Working Principle

The working principle of these through hole resistors is simple, and is based on the electromotive force and resistance concept. As current is passed through the circuit, it is opposed by the resistance of the resistor. The resistance of the resistor is what is used to limit the amount of current passing through the circuit. The resistance can be changed by altering the size of the resistor or the material it is constructed from. This allows for different levels of current to be passed through the circuit.

The size of the resistor and the material it is constructed from determines the amount of resistance. For example, a larger resistor and/or a resistor with a higher resistance rating will have a higher resistance. Conversely, a smaller resistor and/or a resistor with a lower resistance rating will have a lower resistance value. This allows the user to adjust the amount of current flowing through the circuit.

Through hole resistors, like the RLR20C20R0FRB14, are widely used in many different applications. They offer a reliable and cost-effective method of limiting the amount of current passing through a circuit. By selecting the appropriate resistance rating and size of resistor, the user can accurately control the amount of current passing through the circuit and minimize the risk of dangerous electric current levels.

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