SFR16S0001182FA500

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Through Hole Resistors (also known as THRs) are an important component in many electrical systems. They are commonly used to provide an adjustable resistance to the current flowing through a circuit. The SFR16S0001182FA500 is a through-hole resistor designed for use in a variety of applications. This article will look at the application field and working principle of this device.

Application Field

The SFR16S0001182FA500 is designed for use in a variety of high-power applications where a high-precision resistor is needed. Typical uses include current limiting, damping rectifiers, surge protection, voltage regulation and power conditioning. The device is suitable for use in automotive, industrial, medical and audio/visual applications.

Working Principle

The SFR16S0001182FA500 is a resistive through-hole component that uses a resistive layer embedded between two conducting layers. This design allows for the resistor to have a high rating – up to 16A at 500V. The resistor is composed of a central resistive module, two terminal pins and a mounting bracket. The resistive element is surrounded by a dielectric insulator, which acts as a barrier against external EMI and dampens the effect of high-frequency noise.

When current is applied to the resistor, the resistive module heats up and converts some of the energy to heat. This reduces the voltage across the resistor and is responsible for stabilizing the electrical system.

The SFR16S0001182FA500 is designed to be robust and allow for a wide range of operating conditions. The device is rated for temperatures from -40°C to +105°C, and can handle high surge currents (up to 500V). The device is constructed from high-quality materials, and is designed to have a long lifespan.

Conclusion

The SFR16S0001182FA500 is a robust, high-power through-hole resistor designed for use in a variety of applications. The device is rated for temperatures from -40°C to +105°C, and can handle high surge currents. The device is composed of a central resistive module, two terminal pins and a mounting bracket. When current is applied to the resistor, the resistive module heats up and converts some of the energy to heat, which helps to stabilize the electrical system. The device is suitable for use in automotive, industrial, medical and audio/visual applications.

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