HHV-50FT-52-48M7

Through Hole Resistors are commonly used in various engineering applications, and the HHV-50FT-52-48M7 resistsive element is a common mechanical package. The package contains a high-current dissipator surrounded by a metal shield. The package allows for the device to function at high temperatures, making it well-suited for many applications.

Applications

The HHV-50FT-52-48M7 is primarily used in sensitive electronic equipment that requires a high-precision, low-resistance path. It is most commonly used in automotive applications such as power steering, engine control systems, airbag systems, and mobile communications systems, but can also be used in other applications such as aviation, industrial, and medical equipment. As its metal shielding allows it to operate in extreme temperatures, it is often used in oil-circulating systems, aerospace fuel systems, and related applications.

Working Principle

The HHV-50FT-52-48M7 consists of a metal shell, a high-heat resistance component, and an anode assembly. The entire device is enclosed in a sealed casing that is designed to prevent corrosion, dust, and debris from entering the unit. When exposed to voltage and current, the anode assembly releases electrons that travel through the shell and to the resistive element. The resistive element converts the kinetic energy of the electron into heat energy, which is dissipated by the high-heat resistance component.

The heat energy is further dissipated by the shell, and this process creates a very precise low-resistance pathway that steadily dissipates current. The temperature of the shell remains constant, and the high-heat resistance component prevents overheating of the unit. As the shell prevents dust and debris from entering, it prevents contamination of the critical electrical components, reducing the risk of electrical shorts and other issues.

Conclusion

The HHV-50FT-52-48M7 is an excellent choice for high-precision, low-resistance pathways, particularly for applications that require extra protection from dust and debris. It is capable of handling extreme temperatures, which makes it suitable for numerous industrial and automotive applications. The precise, low-resistance pathway created by the resistive element ensures steady electrical current dissipation, and the metal shell and high-heat resistance component protect the electrical components from becoming shorted out.