SM108034003FE

Through Hole Resistors

A through hole resistor is an electrical component used to reduce electrical current or voltage in a circuit. It works by using resistance to convert some of the power of an electric current into heat and dissipate it. These resistors are commonly used in all sorts of electrical applications, from consumer electronics to industrial applications, and come in various sizes and shapes. The most common type of through hole resistor is the axial lead resistor, which consists of an insulating housing and two leads that protrude through the housing.

SM108034003FE application field and working principle

The SM108034003FE is a through hole axial leaded resistor which is mainly used in automotive applications and consumer electronics. The resistor is designed to be used in environments with extreme temperatures, with an operating range of -55℃ to 150℃. It is also designed to be durable and long lasting, with a life rating of 4000 hours.

The SM108034003FE works by converting some of the power of an electric current into heat. This is achieved by reducing the voltage or current by creating an impedance in the circuit, which transfers energy in the form of heat due to resistance. The SM108034003FE is able to handle higher wattage as compared to other resistors because it is designed with high-quality materials and processes, which in turn enable it to better dissipate heat.

The SM108034003FE is also highly accurate, with a rated tolerance of ±5%. This means that it is capable of providing reliable, consistent results in even extreme temperatures. Moreover, the SM108034003FE has a rated power dissipation of 0.3W, which means that it can handle higher wattage than other resistors without failing prematurely.

In conclusion, the SM108034003FE is a robust and efficient through hole resistor that is designed to provide reliable and consistent performance in extreme conditions. The resistor is an ideal choice for automotive and consumer electronic applications where performance and durability are essential.