UB5C-470RF1

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Through Hole Resistors are an important part of developing electrical and electronic equipment, providing a simple and reliable way to control various parameters. A Through Hole Resistor, like UB5C-470RF1, produces a specific resistance value by different physical characteristics of the material, such as length, thickness and number of turns, and allows for convenient use by incorporating diverse features such as casing, temperature coefficient, and power rating. UB5C-470RF1 is a Type 4 Through Hole Resistor that promises superior performance in its broad range of applications.

Applications of UB5C-470RF1

UB5C-470RF1 is suitable for a wide range of applications, especially where high thermal resistivity and vibration resistance are important factors. It is used for voltage stabilizing circuits, power supplies, output stages, dynamic noise suppression, and other applications. With its high resistance tolerance and superior durability, UB5C-470RF1 is often employed in the automotive industry, military systems, and other power supply systems. It can also be widely used in consumer electronics, LED lighting, and power converters. Furthermore, UB5C-470RF1 can effectively protect sensitive circuits from overvoltage, allowing for the comfortable operation of equipment.

Working principle of UB5C-470RF1

UB5C-470RF1 works by converting the electrical energy passing through it into heat energy. To carry out this task, it consists of two terminals - the positive and negative leads, which form a Joule heating effect. The resistor is composed of a nitride oxide ceramic substrate, a layer of coated carbon, and two lead collars, and reaches its maximum power rating at a certain temperature. The tolerance of UB5C-470RF1 relates directly to the thickness of the resistive layer. Its value is determined according to the wire\'s characteristic, for example, the temperature coefficient, the spacing of the terminals, and the electrical resistivity.

When current passes through UB5C-470RF1, the electrodes absorb the electric energy, causing a temperature difference between the two terminals and a change in the surface resistance of the ceramic body. It then emits the absorbed energy as heat, thus stabilizing the voltage and current. Therefore, it can be used to control the flow of electricity within a circuit, providing not only protection but also stability.

Conclusion

UB5C-470RF1 is a type 4 Through Hole Resistor that has found widespread application in many industries due to its superior performance. Its main purpose is to provide protection to sensitive circuits by converting electrical energy into heat and temperature difference, thus controlling the flow of electricity. UB5C-470RF1 provides a reliable and effective way to stabilize the voltage and current in various applications, making it an ideal choice for electrical and electronic equipment.

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