FMP100FTF52-19K1

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Through hole resistors are a type of electrical component that are highly sought after for their reliability and long-term durability. The FMP100FTF52-19K1 is one such resistor, and its presence in the industry is well known for the high performance that it offers. This article will discuss the application field of this product and also its working principle.

The Application Field of FMP100FTF52-19K1

The FMP100FTF52-19K1 is a through-hole resistor that has been designed for use in a range of applications. These include, but are not limited to, power supplies, signal conditioning, timer/oscillator circuits, DC/AC power supplies, and pulse width modulation circuits. This product has the capability to offer superior power dissipation and isolation, as well as a unique molten mass that offers excellent thermal conductivity. The advantages of using the FMP100FTF52-19K1 become even more evident when it is coupled with electrical safety and stability assurance.

The FMP100FTF52-19K1 is also suitable for use in high frequency switching circuits, particularly those that require high immunity to electrostatic discharge and high-energy transient voltage surges. The product is constructed to a very high standard and offers excellent and reliable performance. The ceramic body also ensures a good thermal conductivity, allowing a smooth and even transfer of heat from the power source to the resistor itself. This feature also ensures a long life, as the device is able to maintain its performance throughout its long operating life.

Furthermore, the FMP100FTF52-19K1 offers space and weight savings compared to other resistors on the market. The resistor is small and light, and as such it is suitable for use in applications where space is at a premium. Additionally, its superior power dissipation and isolation make it an ideal choice for use in a variety of electronic devices such as constant current circuit, power transistors, or high-voltage capacitors.

The Working Principle of FMP100FTF52-19K1

The FMP100FTF52-19K1 functions as a three-terminal component composed of a molded ceramic that houses two insulated and metallized layers. The electrical energy that passes though the resistor is through the circuit and the resistance is determined by the geometry of the conductive layers. The resistance value is controlled by the gap between the two layers, which is set by the PCB manufacturer. The gap and geometry of the layers can be adjusted to the needs of the particular application.

The FMP100FTF52-19K1 is also known for its ability to quickly and efficiently absorb the heat from the power source. This is due to the components use of a ceramic body that acts as an efficient heat absorber. Once the energy is absorbed by the resistor, it is then dissipated back into the system through its three terminals. This helps to ensure that the resistor is kept secure and its performance remains consistent.

In addition, the FMP100FTF52-19K1 is constructed to withstand high temperatures and can be easily mounted to a PCB using standard mounting hardware. The component is also RoHS and REACH compliant, meaning that it meets the required standards for hazardous material use. This ensures a safer product, while its compliance with UL and ISO 9001 ensures the highest quality is maintained.

Conclusion

The FMP100FTF52-19K1 is a high performance and durable through-hole resistor specifically designed for use in a range of applications. It boasts a wide range of advantages, ranging from space and weight savings to superior power dissipation and isolation. The working principle behind the FMP100FTF52-19K1 is based on the use of two insulated and metallized layers, which control the electrical resistance of the component. The FMP100FTF52-19K1 is also compliant to UL and ISO 9001 and is highly sought after for its reliability and long-term durability.

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