FMP200FBE52-681R

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Through hole resistors are an important type of electronics component usually used in the field of circuits. The FMP200FBE52-681R from Vishay Dale is a type of through hole resistor which can be found in many different types of applications. It is low in cost and highly efficient, making it a popular option when dealing with applications that require resistance. In this article, we will discuss the application field of the FMP200FBE52-681R, as well as its working principle and how it achieves resistance.

FMP200FBE52-681R Application Field:

The FMP200FBE52-681R is a through-hole resistor that is often used in automobile electronic control systems, solar cell power systems, and industrial motor drives. It is also found in low level signals like audio and control circuits. Its power rating is limited (200 mW at 70°C) and its resistance value is 0.68 Ohms with 1% tolerance. These features make it especially suitable for automotive electronic control system applications.

FMP200FBE52-681R Working Principle:

The working principle of the FMP200FBE52-681R involves a small amount of power, which is put to use by creating a voltage drop across the resistor and converting the remaining energy into heat. This type of resistor works on a process known as Ohm’s Law. According to this law, voltage (V) is equal to current (I) multiplied by resistance (R), or V = I x R. Therefore, when a current passes through a resistance, it is converted into a voltage drop. The remaining energy is dissipated as heat. As a result, the FMP200FBE52-681R is able to achieve its high level of resistance while still conserving energy.

Conclusion:

The FMP200FBE52-681R through-hole resistor is a highly efficient device ideally suited for many types of applications. Its low cost, ability to generate a voltage drop, and high level of resistance make it an attractive option for the automotive, solar cell, and industrial motor industries. Additionally, its working principle makes use of Ohm’s Law, where it takes a current to create a voltage drop across the resistor and conserves the remaining energy as heat.

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