FMP200FBF52-43R2

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Through Hole Resistors are one of the most popular passive components in the world of electronics. They are used to control current flow and voltage levels in circuits, making them essential in most electronic systems. The FMP200FBF52-43R2 is a through-hole resistor which can be used in numerous applications and comes with a range of advantages. This article will discuss the application fields and working principles of the FMP200FBF52-43R2.

What is the FMP200FBF52-43R2?

The FMP200FBF52-43R2 is a through-hole resistor which is designed for surface mount circuits. It has excellent power rating, high surge power capability, and excellent resistance stability. The chip offers superior electrical performance and is suitable for use in both lead and tin/lead solder applications. The device is made up of two metal plates and a dielectric layer which is sandwiched between them. This is all contained within a robust flame-resistant shell. This ensures superb environmental performance and durability in extreme conditions.

Applications of the FMP200FBF52-43R2

Due to its robustness and high power rating, the FMP200FBF52-43R2 is able to be used in a multitude of applications. Its high surge power capability makes it ideal for use in power management systems. It is also perfect for any high-voltage circuit, as it is able to handle voltages up to 50V without breaking down. The device is also suitable for use in a variety of frequency control systems as it is able to reliably handle both low- and high-frequency control systems.

The FMP200FBF52-43R2 is also excellent for use in local over-voltage protection. It provides excellent protection against lightning strikes and other high voltage surges. Additionally, the device is perfect for stabilising switch-mode power supplies as it is able to efficiently control current flow and voltage levels. The device also works well in automotive, medical, and industrial electronics applications.

Working Principle

The FMP200FBF52-43R2 works according to the principle of electrical resistance. When a voltage is applied to one of the plates of the device, electrical current flows from one plate to the other. The amount of current that flows is determined by the amount of resistance present. This resistance is determined by the size of the gap between the two plates and the size and composition of the dielectric layer. The higher the resistance, the less current will flow. This makes the FMP200FBF52-43R2 great for controlling current and voltage levels in circuits.

Conclusion

The FMP200FBF52-43R2 has a wide range of applications in the electronics industry. It is suitable for use in power management systems, stabilising switch-mode power supplies, local over-voltage protection, and frequency control. It works according to the principle of electrical resistance, and is able to provide excellent current and voltage control. This makes the device a must-have for any high voltage applications.

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