FMP300FRF73-4R02

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Through Hole Resistors

Through hole resistors have been around since the early twentieth century and are still fundamental components of electronic systems. The FMP300FRF73-4R02 is a powerful and cost-effective through hole resistor which can be used in a range of different applications. This article will discuss the application field and working principle of this particular enough resistor.

Applications of the FMP300FRF73-4R02

The FMP300FRF73-4R02 through hole resistor is a reliable and cost-effective choice for a variety of systems. It is ideal for modern electronic applications since it has a low direct current (DC) resistance and wide tolerance range, which can help reduce component costs and power consumption. This through hole resistor is also suitable for high-frequency applications due to its low parasitic inductance and stable temperature coefficient.

The FMP300FRF73-4R02 is resistant to mechanical shock, vibration, and humidity, making it suitable for use in industrial automation, automotive, aerospace, medical, and military applications. It is also an ideal component for miniaturized electronic circuitry, including portable devices, since it offers a small footprint. The resistor is also extremely durable and can withstand extreme temperatures, making it reliable in extreme environmental conditions.

Working Principle of the FMP300FRF73-4R02

The FMP300FRF73-4R02 is a through hole resistor, which means it is inserted directly into the printed circuit board (PCB). The working principle of the FMP300FRF73-4R02 relies upon the electrical resistance of the component, which is the property of a material to resist the flow of electric currents. This resistor is made from an alloy of nickel and chromium wires, which are embedded in a ceramic body, and it has a resistance range of 0.1Ω to 10MΩ.

The FMP300FRF73-4R02 produces a fixed voltage drop or current by reducing the current signal through the circuit board. This is accomplished by a simple voltage divider circuit where the voltage at the output is proportional to the ratio of the resistance values of the two resistors. The greater the value of the resistor, the lower the output current and voltage. It is also worth noting that the FMP300FRF73-4R02 is non-inductive, meaning that it induces very little electrical noise into the connected circuit.

In addition, due to its low parasitic inductance and temperature coefficient, the FMP300FRF73-4R02 is capable of working in high-frequency applications with minimal changes in its electrical properties or performance. This makes it ideal for use in high performance audio, robotics, and communication systems.

Conclusion

The FMP300FRF73-4R02 is a reliable and cost-effective through hole resistor suitable for a variety of applications, including industrial automation, automotive, aerospace, medical, and military applications. Its low DC resistance and wide tolerance range, low parasitic inductance, non-inductive operation, and stable temperature coefficient make it an ideal choice for modern electronic systems. The FMP300FRF73-4R02 is capable of working in high-frequency applications with minimal changes in its electrical properties or performance, making it an ideal choice for high performance audio, robotics, and communication systems.

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