FMF200FTF73-150K

Through hole resistors are electronic components designed to regulate electric current for a variety of applications. The FMF200FTF73-150K is a common type of through hole resistor, and it is used in a range of industries. This article provides an overview of the FMF200FTF73-150K application field and working principle.

Application Field

The FMF200FTF73-150K is designed for working in high power applications and can resist temperatures up to 150℃. Typical industries where it is used include but are not limited to telecommunication, energy, automotive, and industrial. The main applications of this through-hole resistor are inlighting control, protection against short-circuits, support for other components’ load bearing relationships, current-limiting, and voltage attenuation.

The resistance value of the FMF200FTF73-150K is stable and does not vary significantly from its initial resistance value even when operating at high temperatures. The FMF200FTF73-150K also offers a high thermal capacity and great power dissipation characteristics. This makes them particularly suitable for industries that require through-hole resistors to work under high temperatures and handle large amounts of power.

Working Principle

The FMF200FTF73-150K is an electric component that converts energy into heat. It is made of a thick metal film that is wrapped into a cylindrical shape and then sealed within a wide variety of packaging for different applications. The resistance value of the resistor depends on the properties of the metal film, such as the width, length, thickness, and material. The metal film is also backed by insulation so that it will not short circuit the surrounding components.

When electricity passes through the resistor, it is dissipated in heat energy. The resistor then releases the heat into the surrounding environment. The amount of electricity that can be dissipated varies depending on the amount of current passing through the resistor and also the type of material used. Generally speaking, the more current, the more heat is generated.

The FMF200FTF73-150K is designed for handling large amounts of power, as it uses a metal film with a high melting point. The resistor is also treated with a special Nit.gen hyper thermal to increase its resistance to high temperatures. This prevents the resistor from overheating and increases its durability.

In conclusion, the FMF200FTF73-150K is a through-hole resistor that is suitable for a range of applications, including the telecommunication, energy, automotive, and industrial sectors. It is made from a thick metal film, which is resistive and thermally efficient. This allows the resistor to handle high power levels and resist temperatures up to 150℃ without deteriorating.