MFR200FBF73-3M16

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Through Hole Resistors (THRs) are resistors that are mounted on printed circuit boards (PCBs). These components are also commonly referred to as through-hole resistors, and they are used in a wide variety of applications to provide protection from electrical noise, provide current control, and other electrical functions. In this article, we will discuss the application field and working principle of the MFR200FBF73-3M16 THR, a popular THR used in various electronic products.

Application field of MFR200FBF73-3M16 THR

The MFR200FBF73-3M16 THR is designed for a maximum working voltage of 400VAC and a maximum working temperature of +125℃. It is a fixed type, surface mountable resistor with metal oxide film as its resistance element. These features make the MFR200FBF73-3M16 an ideal choice for a wide variety of high powered, high voltage applications. It can be used as a surge suppressor, an inductor, or as an amplifier in electronics and telecom equipment. It is also suitable for use as a voltage stabilizer, current limiting device, and a dynamic brake resistor in industrial machinery, as well as in other industrial equipment requirements. In addition, it is capable of withstanding high power load, vibration, and environmental impacts like dust and humidity.

Working principle of MFR200FBF73-3M16 THR

The MFR200FBF73-3M16 THR uses a metal oxide film as its resistance element. This film has higher resistance to temperature changes than other typical resistor types, and this makes the THR suitable for use in high temperature applications. The metal oxide film also has a low thermal mass that ensures quick reaction to voltage and current changes. The THR also has a low tolerance level, making it useful for high-accuracy applications. The resistor also has a high temperature rating, allowing it to be used in high temperature environments. The component also has a high current carrying capacity, making it highly suitable for high powered applications.

The MFR200FBF73-3M16 THR has a built-in resistor which is connected to the positive and negative terminals of the THR. The resistor is connected in parallel with the THR contacts. When the contacts for the THR are connected, a current flows through the resistor and this current causes a voltage drop across the resistor. The voltage drop is proportional to the current, which means that the current can be controlled by adjusting the resistance of the resistor in the THR. This adjustable feature of the THR is very useful in controlling the current flow in various electrical applications.

The MFR200FBF73-3M16 THR can also be used as a noise suppressor when used with other components. The THR can be connected in parallel with other components that create electrical noise. By adjusting the resistance of the THR, the electric noise can be reduced to a controllable level without sacrificing performance or accuracy. This makes the THR a very useful component for noise suppression in electrical equipment.

The MFR200FBF73-3M16 THR also features a high power rating, making it suitable for high powered applications. The component\'s high power rating allows it to be used in equipment that requires high current loads, such as DC motors, amplifiers, and other electronic devices. The resistor also has a good surge rating, which makes it suitable for protection against power surges. Other features include good performance in extreme temperatures, low temperature coefficients, excellent stability, and good long term stability.

Conclusion

The MFR200FBF73-3M16 THR is a versatile THR that is suitable for a wide range of high powered, high voltage applications. The component features a metal oxide film as its resistance element, which offers high resistance to temperature changes and low tolerance levels. The THR also has high power rating, surge protection capability, and good thermal mass. The component also has excellent operating performance in extreme temperature environments as well as high current carrying capacity. The MFR200FBF73-3M16 THR is a popular THR used in a variety of high powered applications, making it a valuable asset for any electronic product.

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