RN70C3571FBSL

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Through Hole Resistors are electronic passive components that are used to control the flow of electricity in a variety of applications. The RN70C3571FBSL is one type of Through Hole Resistors, and it is useful for applications where a high voltage and power dissipation are required. This component is commonly used in power distribution systems, automotive applications, and power electronic circuits.

The RN70C3571FBSL is a radial leaded, non-magnetic, wirewound resistor. Its electrical characteristics include an operating voltage of 500 volts, power dissipation of 3 watts, and a tolerance of ± 5%. It has an epoxy bakelite coating and can withstand temperatures up to 150°C (302°F).

The RN70C3571FBSL’s working principle is based on the fact that an electrical current flowing through a conductor will encounter resistance that dissipates heat. The resistor\'s primary function is to limit the current passing through an electrical circuit. The amount of current that will flow through the resistor is determined by its specifications, such as resistance value, voltage rating, and power dissipation.

In terms of application fields, the RN70C3571FBSL is suitable for use in power distribution systems. This type of resistor is used to limit the current flowing through the system and to protect the system from over-voltage or over-temperature damage. It is also used in automotive applications, where it can be used to protect electrical components from damage due to a sudden surge in voltage or current. RN70C3571FBSL resistors are also used in power electronic circuits, where their current and voltage ratings provide the necessary protection for the equipment.

The RN70C3571FBSL Through Hole Resistor is a reliable and durable component that provides significant advantages for applications that require high voltage and power dissipation. Its wide range of electrical characteristics makes it an ideal choice for several different types of applications, while its epoxy bakelite coating ensures that it can withstand high temperatures.

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