MF0207FTE52-162K

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Through Hole Resistors

Through hole resistors are a type of resistors, which are components that generate electrical resistance within an electrical circuit. They are used to limit current flow, divide voltage, and adjust signal levels by providing an effective resistance value to a wide range of electrical and electronic circuits. The MF0207FTE52-162K is a through hole resistor.

MF0207FTE52-162K Application Field

The MF0207FTE52-162K is used in many applications for a wide range of industries. This resistor is used in LED lighting fixtures, electrical switchgear, solar power systems, and LED signboards. The MF0207FTE52-162K is also used in medical equipment and consumer electronic products, such as mobile phones, computers, and tablets.

MF0207FTE52-162K Working Principle

The working principle of the MF0207FTE52-162K is based on Ohm’s Law, which states that the current passing through the resistor is proportional to the voltage applied. When the voltage is increased, the current is increased, and when the voltage is decreased, the current is decreased.

The amount of current resistance is determined by a resistance value that is present on the resistor itself. When current is applied, it is resisted by the resistance of the resistor and prevented from flowing. This resistance is commonly measured in ohms. The MF0207FTE52-162K has a resistance of 162K ohms.

The MF0207FTE52-162K is designed to have a low current rating and low power dissipation. It is made from an environmentally friendly metal alloy which is RoHS compliant and tested according to the appropriate electrical safety standards. The resistor is also protected with a protective enamel coating which prevents corrosion and damage.

Conclusion

The MF0207FTE52-162K is a through hole resistor that is used in a wide range of applications across many industries. It is designed to have a low current rating and low power dissipation and is protected with a protective enamel coating. It is based on Ohm’s Law which states that the current passing through the resistor is proportional to the voltage applied. The amount of current resistance is determined by a resistance value that is present on the resistor itself.

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