RWR80S48R7FMBSL

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Through Hole Resistors such as the RWR80S48R7FMBSL are widely used in many areas of the electronics industry. They are employed in circuit boards that range from analog to digital equipment to amplifiers; from test equipment to RF receivers and amplifiers. Through Hole Resistors are typically used in power supplies, high voltage circuitry, automotive electronics and other industrial applications. All Through Hole Resistors are designed with the same basic purpose — to provide resistance in an electrical circuit.

The main purpose of a Through Hole Resistor is to limit current flowing in a circuit. This can be used to limit voltage or power applied to a particular component or circuit. Through Hole Resistors are an essential part of most electronics systems, providing protection from components being exposed to too much voltage or current. On the other hand, Through Hole Resistors can also be used to prevent a system from becoming overloaded. Resistors also give a fixed voltage drop on a circuit, enabling the designer to select a component\'s operating voltage.

The RWR80S48R7FMBSL is an example of a Through Hole Resistor. This type of resistor is rated for an operating power of 80W and a resistance value of 48R7-FMBSL. The resistance value is made up of two components, the resistance element (R) and the tolerance element (T). The resistance element refers to the amount of resistance that the resistor is designed to offer, and the tolerance element is an indication of how accurately this amount of resistance is maintained over the operating power range. The RWR80S48R7FMBSL has a tolerance rating of +/-5%.

The working principle of Through Hole Resistors relies on the fact that electric current flows through a conducting material when an electric potential (voltage) is applied across it. The amount of current flowing through the material is proportional to the applied voltage. In the case of the RWR80S48R7FMBSL, this is achieved by the resistance element. The resistance element is made up of a material that has a characteristic known as resistivity, which is the measure of a material\'s ability to oppose the flow of electric current. The higher the resistivity of the material, the less current will flow through it, resulting in a higher resistance value.

The other element of a Through Hole Resistor is the tolerance element. This element is important because it ensures that the resistor will maintain its resistance value over time. It does this by ensuring that the resistance value does not change significantly when exposed to various environmental conditions. The tolerance element also ensures that the resistor will not be damaged by a surge in current.

Through Hole Resistors such as the RWR80S48R7FMBSL are essential components in any electronics system. Through Hole Resistors provide protection, stability, and precision to the electrical circuit. They also provide a fixed voltage drop, enabling the designer to select a component\'s operating voltage. The RWR80S48R7FMBSL is an example of a Through Hole Resistor with a resistance value of 48R7-FMBSL and an operating power of 80W.

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