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Through Hole Resistors

Through hole resistors are a type of resistor in which the electrical component is mounted with the help of a lead entering a plated through hole in the printed circuit board. It is an efficient device that is used to resist the flow of current and has a wide range of applications.

ML10R0FE-R52 Application Field and Working Principle

ML10R0FE-R52 is a through hole resistor that is used in a wide range of applications including telecommunications, aerospace, automotive, consumer electronics, industrial and military electronics. It has a 5% tolerance and operates at rated temperatures from -40°C to 250°C.

The working principle of the ML10R0FE-R52 through hole resistor is based on the fact that electrical current is resisted by the creation of a magnetic field. When electric current passes through the resistor, this magnetic field is created, which opposes the flow of current and thus reduces the voltage across it. This is how the resistor works by providing a resistance to the flow of current thereby controlling the amount of current that passes through it.

The ML10R0FE-R52 also provides protection against over-voltage and over-current. This feature is due to the presence of a diode across the resistor which prevents the current from exceeding a certain threshold. In addition, the diode helps to clamp fluctuating voltages, thus preventing voltage spikes which can cause damage to other components.

The ML10R0FE-R52 is also designed to have a low thermal coefficient of resistance, meaning that it will not change its resistance significantly as the temperature changes. This is important in applications where the resistance should remain constant even when the temperature changes. The low thermal coefficient of resistance also ensures that the resistor is not affected by the heat generated by other components in the circuit.

Overall, the ML10R0FE-R52 is a type of through hole resistor that is used in many different applications. It is designed to have a low thermal coefficient of resistance, which ensures that it is not affected by changes in temperature. In addition, it provides protection against over-voltage and over-current, thus ensuring that the current does not exceed a certain threshold. Finally, the diode helps to clamp fluctuating voltages and prevents damage to other components.

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