CW01010K00JB12

Through Hole Resistors: CW01010K00JB12 Application Field and Working Principle

Through hole resistors are a type of electronic component that is used as a basic building block in creating electrical and electronic equipment, such as telephones, radios and more. The CW01010K00JB12 is a specific type of through hole resistor commonly used in the engineering industry. It is a two-terminal component consisting of a metal and a metal oxide layer. This article will explore the application field and working principle of the CW01010K00JB12 resistor.

Application Field

Due to its tiny size and weight, the CW01010K00JB12 is often used where space is limited. This makes it ideal for use in mobile and portable devices, such as smart phones, tablets, and cameras. It is also commonly used in circuit boards, amplifiers, computers and other electronic devices. Moreover, this type of resistor is used in many power related electronic equipment because it can resist higher voltages.

Working Principle

At the core of the CW01010K00JB12 is a metal oxide layer. This layer “oxide resistors” creates an electrical resistance when a current is applied to it. The resistor itself is composed of two layers: the metal layer and the metal oxide layer. The metal-oxide layer provides the electrical resistance while the metal layer provides electrical connection. The electrical current passes through the metal layer and then through the metal oxide layer where it is reduced due to the electrical resistance. As a result, the current is weakened and therefore far less dangerous when it reaches its destination.

The amount of electrical resistance created by the CW01010K00JB12 depends on the specific combination of metal and metal oxide used. Generally, the more metal oxide layer is present, the higher the electrical resistance. Additionally, the thickness of the metal and metal oxide layers also affects the electrical resistance. The thicker the layer, the higher the electrical resistance created.

Conclusion

The CW01010K00JB12 is a type of two-terminal component composed of a metal and a metal oxide layer. It is commonly used in mobile devices, amplifiers, and power related electronics. The working principle behind the resistor is simple; the electrical current passes through the metal layer and then through the metal oxide layer where it is reduced due to the electrical resistance created.