WW12JB400R

Through Hole Resistors - WW12JB400R Application Field and Working Principle

Through hole resistors are electrically resistive components that consist of various elements such as resistors, coils, and capacitors. Of these components, the most common variety is the resistor. WW12JB400R is a through hole resistor specifically designed for higher levels of precision. It is commonly used in automotive and medical applications, as it offers superior signal integrity compared to other types of resistors.

Application Field of WW12JB400R:

WW12JB400R is mainly used in automotive and medical application due to its high precision and thermal stability. In the automotive industry, WW12JB400R is typically used to protect against voltage fluctuations, as well as reduce electrical noise. Similarly, it helps reduce interference in medical systems, ensuring accurate readings and reliable performance. In both cases, the resistor’s ability to transfer and regulate electrical energy with minimal loss makes it an ideal solution.

Working Principle of WW12JB400R:

The WW12JB400R is a through hole resistor which primarily functions by creating a resistance to electrical current. This restriction is created by an intrinsic property of the resistor itself, with a thin strip of semiconductor material connecting two metal plates. The two plates act as current collectors, carrying the majority of the current while the limiting resistance is created within the semiconductor material itself. This mechanism operates under the principle of Ohm’s law, which states that the voltage across a resistor is proportional to the current through it.

The current throughout the resistor is controlled by a variety of factors, including the size, shape, and number of the conducting elements, as well as the type of semiconductor material used. By altering these elements, specific resistances can be achieved, enabling a range of applications both in analog and digital contexts. The precision of the WW12JB400R allows for a range of resistances to be obtained with a high degree of accuracy and precision.

Conclusion:

WW12JB400R is a through hole resistor that is commonly used in automotive and medical applications. Its superior signal integrity and thermal stability make it an excellent choice for these applications. The resistor operates under the principle of Ohm’s law, utilizing a thin semiconductor strip positioned between two current collectors to achieve the desired resistance. By changing the size, shape, type of semiconductor material, and number of conducting elements, the resistance can be modified with a high degree of accuracy.