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Through Hole Resistors

WW2AFB10R0 is a through hole resistor. Through hole resistors are constructed of a resistance element which is usually made of metal film, metal foil or even wirewound, with their ends connected by two metallic leads (terminals). The most common form of through hole resistor is the axial type, which is usually cylindrical in shape. Depending on its type, a through hole resistor can provide resistance to direct or alternating current in a low, medium, or high-power setting.

Application field

The application fields of the WW2AFB10R0 through hole resistor include telecommunications equipment, military and aerospace applications, consumer electronics, lighting, industrial equipment, automotive, rail, and more. Through hole resistors are also used in printed circuit boards. Due to their superior reliability and high resistance to shock and vibration, they are also popular in extreme and/or hostile environments where excessive heat, abrasion, or most commonly moisture, may be present.

Working principle

The WW2AFB10R0 operates by running an electrical current through the resistance element at a regulated voltage and current rating. Architecturally, this type of design enables the resistor to act as a connection between two electrical circuits. The resistor will dissipate the electrical energy over the length of the resistor and will provide a known voltage drop across its terminals. This process is known as current limiting, as the resistance will limit the current that can pass through. The size of the resistor will determine the amount of current it can carry safely.

Typically, current limiting is used in power applications. The resistor will absorb a portion of the electrical energy and prevents the power supply from overloading. This helps protect the circuit against damage from excessive current or voltage levels. By reducing the voltage, energy is not wasted and also prevents the circuit from generating too much power.

The resistance element of the through hole resistor is typically made of a material that provides excellent thermal and physical characteristics, such as nickel-chrome alloy. This allows the resistor to withstand high temperatures and also makes it more durable in aggressive and harsh environments. The element is then encased in an insulating material, typically a ceramic or glass, to provide extra protection. This material helps to prevent short circuits and other dangerous accidents.

Conclusion

Through hole resistors are an essential component in a variety of applications and they are incredibly versatile due to their simple design. The WW2AFB10R0 through hole resistor is a reliable and reliable part that can be used in a variety of applications, providing excellent thermal and physical characteristics. The resistance element is encased in a ceramic or glass insulating material to reduce the risk of shorting and also helps to protect the resistor in aggressive and harsh environments. With their superior reliability and resistance to shock and vibration, through hole resistors have become a popular and trusted choice for a variety of applications.

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