45J47RE

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Through Hole Resistors is an important part of electrical engineering products, and the 45J47RE is no exception. This section will discuss the applications and working principles of this type of resistor.

The 45J47RE is a radial leaded, high voltage resistance resistor. It is often used in voltage-stabilization products, such as adjustable and watt-dependent regulators. It is also used in low-cost, high-voltage high-power applications, such as electroplating processes, switching power supplies, and welding machines. It is also commonly used in applications that require high isolation between the internal circuit and the outside environment.

The45J47RE has superior performance compared to other types of resistors, providing a high voltage of up to 10 kilovolts, and a resistance range of up to 0.01Ω. This makes it ideal for dealing with both large and small power levels. It also has a maximum tolerance of ±1%, ensuring its accuracy and reliability.

When it comes to its working principle, the 45J47RE is designed to provide a fixed resistance by using voltage divider action. To do so, the resistor\'s terminals are exposed to the voltage source, and the difference in the potentials causes current to flow through the resistor. The current creates a voltage drop across the resistors\' terminals, resulting in the exact amount of resistance required.

The 45J47RE also has several other advantages. For instance, its low energy density rating ensures that it will not experience excessive heating or current losses. Additionally, its low power ratings mean that it can be used in applications with minimal power loss. Lastly, its excellent dielectric strength makes it suitable for many applications that require high isolation levels.

All in all, the 45J47RE is a high quality, high-voltage resistance resistor. Its applications include voltage-stabilization products, low-cost high-power applications, and applications requiring high isolation. Moreover, it has a maximum tolerance of ±1% and a low energy density rating which makes it reliable and accurate. It works by using voltage divider action to provide a fixed resistance, and it has several other advantages, such as its low power ratings and excellent dielectric strength.

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