RC14KT3K30

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Through Hole Resistor

Through hole resistor is a kind of resistor that is connected to the PCB with pins which are soldered on the pads to make surface contacts. Through hole resistors have an advantage over surface-mount resistors because they provide increased stability and durability. There are two main types of through hole resistors, the wirewound and the fixed. Wirewound resistors are very precise but they can be costly to manufacture. Fixed resistors are reliable and cost effective making them the preferred option for most applications.

RC14KT3K30 Application Field and Working Principle

The RC14KT3K30 through hole resistor is a high-precision component made up of a resistor alloy and a passivation layer. It has an optimal working temperature range of -55°C to 125°C and a power rating of 4.0kW (3.0A @50V). The size of the resistor is 14-pin and it is suitable for any applications which require high-precision resistance control.

The RC14KT3K30 resistor works by using a thin layer of resistor alloy which is exposed to an electrical current. The resistor alloy is composed of several elements such as nickel, tin, carbon, and manganese that act as a heated conductor. As the electrical current passes through the resistor alloy it heats up and the resistance to the current varies depending on the temperature. This temperature-dependent resistance provides the user with a way to precisely control their circuit.

The RC14KT3K30 resistor can be used in a variety of applications such as power supplies, computer motherboards, and automotive lighting. This type of through hole resistor is specifically designed for devices which require precise resistance control such as those found in medical and communication equipment. It also has a wide range of wattage and amp ratings which make it suitable for many other applications.

Conclusion

The RC14KT3K30 through hole resistor is a reliable and durable component that can be used for precision resistance control. This type of resistor is suitable for use in a variety of applications and its wide range of wattage and amp ratings make it suitable for many other uses. Furthermore, its power rating and temperature range make it an excellent choice for any applications which require high-precision resistance control.

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