YR1B75KCC Resistors

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Through-Hole Resistors are components that use resistance to convert electrical energy into heat energy, controlling the amount of current or voltage in a given circuit. The YR1B75KCC application field and working principle can be used as an example of how these resistors are used in industry applications.

The YR1B75KCC is a high-precision resistor with a wide resistance range from 0.05 ohm to 75k ohm, and it is used in a wide variety of applications, from power semiconductor products to audio-visual products. Its main features include a high temperature stability, low power dissipation, and excellent heat shock resistance. The YR1B75KCC application field includes general industrial automation and applications related to electric motors, solenoids or light fixtures.

In terms of how YR1B75KCC works, it uses a thin metal film or carbon element, which is mounted on a ceramic substrate. Then an insulating layer is applied to the ceramic substrate. The resistance element is placed on a heat sink plate and connected to a metal terminal. When the current passes through the resistor, it generates heat, which is dissipated to the environment. With its high insulation resistance and low power dissipation, YR1B75KCC has proven to be an effective and reliable resistor for industrial use.

In addition to its use in industrial applications, the YR1B75KCC is also used in laboratory and scientific studies. With its precision and wide resistance range, the YR1B75KCC can be used to measure resistance values in various scientific or laboratory experiments. Its high temperature stability and low heat dissipation also makes it suitable for use in thermal studies or experiments involving heated components.

When used in commercial or industrial applications, the YR1B75KCC is typically installed in a protective enclosure, such as a terminal box or terminal block. The enclosure provides protection from dirt and moisture and can also reduce the risk of electric shock. The YR1B75KCC is also often fitted with a temperature control device in order to regulate the temperature within the enclosure. This helps reduce the risk of overloading the resistor and prevent it from overheating and potentially damaging the surrounding components.

In conclusion, the YR1B75KCC is an example of a high-precision Through-Hole Resistor, which is used in a wide range of application fields, from industrial automation to scientific studies. It is designed to control the current or voltage within a given circuit, while also providing protection from overloading, dirt and moisture. With its high temperature stability and low power dissipation, it provides a reliable and effective solution for industrial and laboratory applications.

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