MBA0204AC2700FC100

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Through hole resistors are basic components used in machine designs, electronic and electrical systems and products. Many different types of through hole resistors exist, including those that are designed for specific applications. The MBA0204AC2700FC100 is one such type of resistor. It is a through hole resistor that is designed for use in hi-reliability and hi-temperature applications. In this article, we will discuss the applications and working principle of the MBA0204AC2700FC100.

Application Field of MBA0204AC2700FC100

The MBA0204AC2700FC100 through hole resistor is designed for use in a variety of hi-reliability and hi-temperature applications. It is commonly used in military, aerospace, and industrial equipment where dependability and performance are essential. These types of applications require resistors that are able to withstand extreme temperatures or shock and vibration. The MBA0204AC2700FC100 is ideal for such applications due to its high temperature—rated to 275 °C—and increased temperature coefficient accuracy. It is also capable of withstanding high levels of vibration and shock and is able to provide reliable performance in these harsh environments.

Working Principle of MBA0204AC2700FC100

The MBA0204AC2700FC100 is an axial resistive element. As a through-hole component, it consists of a resistive element, lead wires, and a housing. It is composed of two ceramic spaces with physically separated electrical connections and a highly reliable linear resistor element. The outer circumference of the housing is composed of silver alloy and provides excellent thermal and electrical insulation. The resistor element itself is composed of metal-ceramic resistive alloy, which is screened with a thin layer of gold to prevent fretting and corrosion. The two electrical connections to the resistor are provided through the two lead wires, which are soldered to the resistor element.

When a current passes through the resistor, a voltage drop across it will result. This voltage drop is known as resistance and is measured in ohms. The amount of resistance is determined by the geometry of the resistor, the material it is made from, and the temperature of the resistor. The resistance of the MBA0204AC2700FC100 is highly stable and can withstand temperatures up to 275 °C. This makes it ideal for applications where temperature and vibrations are a concern. Furthermore, the resistor is designed to be highly reliable and has an excellent temperature coefficient accuracy.

Conclusion

The MBA0204AC2700FC100 is a through-hole resistor designed for hi-reliability and hi-temperature applications. It is composed of two ceramic spaces with physically separated electrical connections and a highly reliable linear resistor element. The resistance of the MBA0204AC2700FC100 is highly stable and can withstand temperatures up to 275 °C. This makes it ideal for applications where temperature and vibrations are a concern. Furthermore, the resistor is designed to be highly reliable and has an excellent temperature coefficient accuracy.

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