MK26R1FE-R52

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Through Hole Resistors are widely used in electronic and electrical applications to control voltage, current and power.The MK26R1FE-R52 is a high-power, high-temperature rated, through hole resistor configured for excellent thermal characteristics and resistance stability. In this article, we discuss the application field and working principle of the MK26R1FE-R52.

Application Field

The MK26R1FE-R52 through hole resistor is designed for applications in electric and electronic machines, mainly in power electronics, ceramic heaters, electrical motors, and electrical insulation parts. Furthermore, this resistor is also a standard part for grid stability and electromagnetic compatibility (EMC) for low- and medium-voltage components.

The MK26R1FE-R52 also offers a wide range of applications across multiple industries including automobiles, ships, medical instruments, lighting, machinery control, telecommunications, electronics, and aerospace. For example, in automotive and electronic applications, the MK26R1FE-R52 provides protection from high-voltage surges and reverse connection. The resistor also helps to limit over-voltage and discharges safely in case of short circuits.

Working Principle

The working principle of the MK26R1FE-R52 through hole resistor is based on the concept of resistivity. Resistivity is the ability of a material to resist the flow of electric current and is measured in ohms. The MK26R1FE-R52 is constructed of an interlocking ceramic structure with a metal oxide coating that is then enclosed in a metal sheath. In order for the MK26R1FE-R52 to operate properly, a current must be applied and the voltage must be constant throughout the entire structure.

The operation of the MK26R1FE-R52 is caused by the ceramic material acting as a resistor. This means that the power applied to the material will cause the electrons in the material to decelerate and the voltage to reduce. This reduction in voltage helps to prevent excess current from flowing in the circuit, eliminating potential damage or overload. Due to its ceramic construction, the MK26R1FE-R52 is capable of dissipating heat quickly, resulting in higher thermal ratings.

The resistance of the MK26R1FE-R52 through hole resistor can be modified to meet specific requirements by increasing or decreasing the size of the ceramic or exchanging the metal oxide coating. In addition, the resistor can be used in a variety of temperatures and environmental conditions. Since the MK26R1FE-R52 is highly reliable and durable, it is an ideal choice for high-power, high-temperature applications.

In conclusion, the MK26R1FE-R52 through hole resistor is designed for a wide range of applications in electric and electronic machines. The resistor works by applying a current to its interlocking ceramic structure, which results in the deceleration of electrons and the reduction of voltage. The resistance of the MK26R1FE-R52 can be adjusted to meet specific requirements and the resistor is highly durable, making it an ideal choice for high-power, high-temperature applications.

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