FMF100FTF52-240K

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Through Hole Resistors

Through hole resistors are physical electronic components that either reduce or stop the current flow in circuits. These components are referred to as resistors because they opposing or resist the flow of electric current. Through-hole resistors, commonly referred to as leaded resistors, are typically used when higher power capability is required from a resistor. The main benefits of using through-hole resistors include high power dissipation, increased stability, and better heat dissipating ability.

FMF100FTF52-240K

The FMF100FTF52-240K is a through hole resistor with a resistance value of 240K ohms. Its power rating is 100W, and its temperature coefficient is ±100ppm/°C. It has a voltage coefficient of ±2%, which is relatively high compared to other resistors of the same type. Its resistance tolerance is ±5%, and its temperature range is -55°C to +275°C. The resistor also has a high-operating frequency of 1000MHz.

Application Field

The FMF100FTF52-240K through-hole resistor has several applications. It is particularly suited for medical and industrial equipment, automotive electronics, and power supplies. It is also suitable for use in power radio systems, audio systems, and satellite receivers.

Working Principle

The working principle of the FMF100FTF52-240K resistor is simple. It is an electrical component that creates an opposition to the current flow in an electrical circuit. The electrical energy required for the current is converted into heat and released to the environment. As the current increases, the resistor absorbs the excess energy and dissipates it as heat. This keeps the current level in the circuit to within acceptable limits. The amount of resistance is determined by the size of the resistor and the material it is made from.

Conclusion

The FMF100FTF52-240K is a type of through-hole resistor with many applications. Its major advantages over other resistor types include its high power dissipation, high stability, and high heat-dissipating ability. The FMF100FTF52-240K operates on a simple principle; it creates an opposition to the current flow and dissipates the extra energy as heat.

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