MFR1WSFRF52-140R

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Through hole resistors such as MFR1WSFRF52-140R are designed for continuous operation at high temperatures and are best suited for cellular applications. These through hole resistors provide excellent protection against both thermal and electrical stress,due to their ceramic coating that insulates them from heat, as well as shields them from any potential damage due to electrolytic processes. The general purpose of a through hole resistor is to reduce the intensity of the current flow through the circuit, and they are also used to limit the amount of current that a component can draw from the circuit.

The application field of MFR1WSFRF52-140R is that it can be used for various electronic devices, including cell phones, audio speakers, amplifiers, power converters, and automotive circuits. This through hole resistor is designed to handle high temperature and high voltage while providing reliable and consistent performance. It has a heavy duty construction, making it ideal for high current applications. It is also designed to provide uniform performance over a wide range of operating conditions. This makes it suitable for a variety of demanding applications.

The working principle of MFR1WSFRF52-140R is relatively simple. This resistor works by limiting the current flow through the circuit and the current is reduced by the resistance of the component. The resistor\'s resistance can be adjusted to a certain degree by changing the temperature of its ceramic coating. This allows for a more fine-tuned adjustment of the current in the circuit, which in turn, helps regulate the overall flow of the current.

MFR1WSFRF52-140R provides a reliable and consistent performance, due to its heavy-duty construction and its ability to handle high temperatures and high voltages. Its ceramic coating helps to insulate it from heat, as well as shield it from any potential damage due to electrolytic processes. It is also suitable for a variety of demanding applications, thanks to its uniform performance over a wide range of operating conditions.

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