RL20S183GB14

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Through hole resistors are commonly used components in electrical and electronic applications. The RL20S183GB14 is an example of a through hole resistor, and it has a few key features that make it suitable for a range of applications. In this article, we will explore the application fields and working principle of the RL20S183GB14.

Application Fields of The RL20S183GB14

The RL20S183GB14 through hole resistor is designed to be used in high temperature and low power electronics applications. Its low profile and low inductance allow it to be used in applications that require a small footprint, such as on-card power circuits, high frequency RF circuits and other low power electronic applications. Other features of the RL20S183GB14 include its tolerance of up to 0.5%, temperature coefficient of up to 70ppm/°C, and its ability to operate up to 200°C.

Moreover, the RL20S183GB14 is also designed to be used in switching power supplies, mobile phones, digital television and DVD players, as well as in automotive and industrial applications. The RL20S183GB14 has a low voltage drop of 2.4V, making it ideal for use in applications that require high accuracy by design.

Working Principle of the RL20S183GB14

The RL20S183GB14 is an axial-leaded, through hole resistor. When connected to a power source, the resistor will reduce the flow of electric current. This is done by converting the electrical energy from the power source into heat energy, and dissipating it. The resistor also acts as an insulator, preventing the current from flowing back to the power source.

The RL20S183GB14 is a passive electronic component, and it does not need an external power source to operate. It is also non-polar, meaning that it will work regardless of the orientation in which it is connected to the power source. The RL20S183GB14 also has a low inductance, meaning that it will not produce any electromagnetic interference when connected to a power source.

Conclusion

The RL20S183GB14 is a through hole resistor that is designed for use in low power and high temperature applications. It is suitable for use in power circuits, RF circuits, switching power supplies, automotive and industrial applications. The RL20S183GB14 reduces the flow of electric current by converting electrical energy into heat energy, and it also acts as an insulator to prevent the current from flowing back to the power source. The RL20S183GB14 has a low inductance, meaning that it does not produce any electromagnetic interference when connected to a power source.

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