H852R3BCA

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Through hole resistors are one of the most important components of electronic circuits, providing resistance to the flow of electrical current in the circuit. The H852R3BCA, a member of this important class of components, is no exception. In this article, we will look at the applications of the H852R3BCA and its working principle.

H852R3BCA Specifications

The H852R3BCA is a through-hole resistor. It features a resistance value of 5 Ohms, a tolerance of 5%, a temperature coefficient of 100 micro Ohms/°C and a power rating of 2.5W. It has a larger than normal resistance stability and a high voltage capability of 500V, making it suitable for use in a wide range of applications.

The H852R3BCA has a maximum diameter of 0.35 inches and a minimum diameter of 0.25 inches. It has a maximum height of 0.22 inches and a minimum height of 0.18 inches. The H852R3BCA is an insulated resistor, meaning it has a protective coating that prevents it from short-circuiting.

H852R3BCA Applications

The H852R3BCA is a versatile resistor, making it suitable for a wide range of applications. These applications include:

• Power supply circuits
• Automotive audio systems
• Security systems
• Medical devices
• Telecommunication equipment
• Computer peripherals
• Robotics

The H852R3BCA can be used in a wide range of applications due to its high voltage capability, resistance stability, and small size. Its shielded design prevents it from short circuiting. Making it suitable for use in small, tight places.

H852R3BCA Working Principle

The working principle of the H852R3BCA is the same as that of any other through-hole resistor. This resistor consists of a conducting material, such as copper, that is designed to resist the flow of electricity. The conductive material is typically surrounded by a protective coating, which helps to prevent short-circuiting and increases the resistor\'s resistance.

The amount of resistance is determined by the length and width of the resistor\'s conducting material. A longer or wider resistor will create a higher resistance than a shorter or narrower one. The resistance of the H852R3BCA is 5Ω, which is determined by the length and width of its conducting material.

The tolerance of the H852R3BCA is 5%. This means that the actual resistance of the component may be different than the nominal resistance by no more than 5%. The temperature coefficient of the H852R3BCA is 100μΩ/°C, which indicates how the resistance changes when the temperature changes.

Conclusion

The H852R3BCA is a through-hole resistor with a resistance value of 5Ω, a tolerance of 5%, and a temperature coefficient of 100μΩ/°C. This component is suitable for a wide range of applications due to its high voltage capability, resistance stability, and small size. It is also insulated, meaning it has a protective coating that prevents it from short-circuiting. The working principle of the H852R3BCA is the same as that of any other through-hole resistor, and the resistance is determined by the length and width of the resistor\'s conducting material.

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