FMP100FBE52-200K

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Through Hole Resistors are used in a variety of applications for their ease of construction and reliability. One such resistor using this technology is the FMP100FBE52-200K resistor. This resistor is a thick film resistor in the form of a curved surface, with an inside diameter of 2mm and a current rating of 1A. It is constructed from a number of layers, the top layer containing palladium-gold alloy, designed to withstand the high temperatures required for soldering, the second layer containing a very thin layer of dielectric material, the third layer containing resistive element made of pure palladium, and the fourth layer containing a layer of protective material for the resistive element. It also has a temperature coefficient of 20ppm/°C, a relative temperature coefficient of ±100ppm/°C, and a maximum rated voltage of 200V.

The application field of the FMP100FBE52-200K is mainly in the electronic devices and computer systems where high voltage and temperature resistance is required. It can be used with printed circuit boards, as well as individual electronic components, allowing for easy integration into different systems. Due to its relatively low cost and high efficiency, it is also used in a variety of other applications, particularly in automotive, aerospace, and medical electronics systems.

The working principle of the FMP100FBE52-200K is quite simple. As current flows through the resistor, the resistive element is heated, and this generates a small amount of heat loss. In order to maintain the desired resistance, additional heating or cooling of the resistive element is required, which is accomplished by adjusting the temperature of the surrounding environment. The temperature coefficient of this resistor is used to adjust the resistance to the desired level, and its relative temperature coefficient is used to ensure that the resistance is maintained within a certain range.

The FMP100FBE52-200K is one example of a thick-film resistor using Through Hole Resistors technology. Its application field is wide, and its working principle is based on the principle of maintaining a constant level of resistance through an adjustment of temperature. This makes it a reliable, cost-effective solution for a variety of applications requiring heat and voltage resistance.

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