MFR-12DTD52-174R

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Through hole resistors can be an important piece in an electrical system and when choosing one, understanding the necessary components is key. The MFR-12DTD52-174R is one such part, and it has various applications and a unique working principle.

The MFR-12DTD52-174R is an axial resistor with an oval shape. This means that the resistor is much longer than it is wide, which helps to dissipate heat more effectively. The resistor is constructed from two metal rods with a non-conductive sleeve that encases them. This construction ensures the resistor will be electrically and thermally insulated. The resistor’s overall shape and construction also helps it withstand a variety of different temperatures and vibration forces.

The MFR-12DTD52-174R is made of a metal-oxide film, making it a through-hole resistor. This type of resistor features a thin, metal-oxide film applied on a ceramic tube or sheet. This metal-oxide film is responsible for the resistor’s ability to oppose the flow of electric current in a circuit. Through hole resistors with this particular metal-oxide film are often best suited for applications that require a large wattage or high current. This is largely because the metal-oxide film tends to dissipate heat quickly, even at higher wattages.

In terms of application, the MFR-12DTD52-174R is generally used in high-voltage applications, such as antenna matching systems, power supplies, and electrical motors. Its strength and relatively low cost make it an attractive option for these types of applications. Furthermore, due to its construction, this resistor can be used for a wide range of temperatures, allowing it to be used in more extreme environments. Because of this, it is often found in industrial and commercial settings.

In terms of its working principle, the MFR-12DTD52-174R works much like other resistors. The resistance is determined by the length, width, and thickness of the metal-oxide film. The more current that is applied to the resistor, the more heat will be generated. As heat accumulates, the metal-oxide film will heat up, causing the resistance to increase. This increase in resistance will cause the current to be further inhibited, thus, allowing for more precise resistance levels to be achieved.

Overall, the MFR-12DTD52-174R is an excellent choice in through-hole resistors for high voltage applications. Its unique shape and construction can provide a variety of benefits, such as heat dissipation and temperature resistance. Furthermore, its working principle is similar to other resistors, allowing for a more precise current to be maintained.

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