FMP300JR-73-15K

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Through Hole Resistors are common electronic components used to reduce current flow, divide voltages, and to adjust signal levels. The FMP300JR-73-15K is one such component, and is widely used in various industrial, commercial, and residential applications, due to its low cost and reliability. It is a type of fixed resistor, and is usually composed of a resistor element, a resistor housing, and two terminating leads.

Application Field

FMP300JR-73-15K Through Hole Resistors are most commonly used in electrical and electronic circuits, such as power supplies, amplifiers, signal processing circuits, and medical equipment. It can also be used for more specialized applications such as measuring current in motors, controlling the circuit power, and providing negative feedback in systems. It is highly reliable and has a wide temperature coefficient.

Working Principle

When connected to a voltage source, the FMP300JR-73-15K Through Hole Resistor will reduce the amount of current that flows through it. This is due to the property of resistors, known as electrical resistance, which is the opposition of electrical current in an electrical circuit. The resistance is determined by the resistor’s physical structure, which includes the resistor element, housing, and two terminating leads. This structure forms an electrical pathway for electrons which provides a certain amount of resistance to current flow. As the voltage source increases, the amount of current flowing through the resistor will also increase, causing an increase in temperature. This phenomenon is known as power dissipation, and can cause damage to the resistor, resulting in permanent failure. To minimize this effect, adequate heat sinking should be used with resilient materials such as ceramic and metal.

Conclusion

The FMP300JR-73-15K Through Hole Resistor is a highly reliable and cost-effective component used in a variety of applications. It works on the principle of electrical resistance, and its performance depends on its physical structure, including the resistor element, housing, and two terminating leads. Its resistance is dependent on the voltage source, and when connected to a voltage source, it will reduce the amount of current that flows through it. Adequate heat sinking should be used with resilient materials to prevent power dissipation and permanent failure.

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