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H8205RBZA Through Hole Resistors: Application Field and Working Principle

The H8205RBZA through hole resistor is an effective and efficient method to control current flow in electrical circuits. It is designed for high inrush current applications, and can be used in a wide variety of applications in industrial, commercial, medical, and automotive applications. This article will cover the application field of the H8205RBZA through hole resistor, as well as discuss its working principle.

Application Field

The H8205RBZA is a high-power through hole resistor. This means it is designed to handle higher inrush current load. Specifically, this through hole resistor can handle up to 35A inrush current surging from 30V to 60V and 35 to 150mA at 120V for AC line resistive loads. It can also handle 35A inrush at its maximum power dissipation of 100W.

The H8205RBZA is widely used in industrial, commercial, medical, and automotive applications. It is used to control the current flow in a wide variety of electrical circuits. Examples include power supplies, AC/DC converters, motor control, HVAC systems, and electrical circuit breaker panels. It is also used in telecommunications equipment and medical imaging equipment, as well as for measuring voltage and current in various applications.

The H8205RBZA is also popular for use in automotive applications. It is used to protect wiring systems from surge currents and other electrical disturbances. It is often used in automobiles, buses, motor homes, and other motorized vehicles. Because of its high power handling capacity, it is ideal for controlling the inrush current in automotive electrical systems.

Working Principle

The H8205RBZA is a through hole resistor. It works by converting the energy created by an electrical current into heat. When current passes through the resistor, the resistance of the resistor increases, producing heat. The amount of heat created is proportional to the current, meaning that the more current that passes through the resistor, the more heat is created. This heat is then dissipated from the resistor, thus controlling the flow of current.

The H8205RBZA also has a specific resistance value. This value is determined by the percentage of impurities in the resistor material. The higher the percentage of impurities, the higher the resistance value. This is important in controlling the amount of current flow in a circuit.

The H8205RBZA is also designed to handle higher inrush current load. Its high power handling ability allows it to control the current in high-inrush applications. By providing a higher resistance value, it can effectively reduce the current that flows through the resistor, preventing it from becoming overloaded.

Conclusion

The H8205RBZA through hole resistor is a highly efficient and reliable resistive device. It is designed to handle higher inrush currents and is suitable for a wide variety of applications in industrial, commercial, medical, and automotive contexts. This article discussed the application field of the H8205RBZA, as well as explained its working principle.

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