RNC50J1802BSR36

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Through hole resistors are an essential part of the electronic and electrical circuit that controls and limits the flow of current and the conversion of electric signals. One of the most common forms of through hole resistors is the RNC50J1802BSR36 resistor.

These resistors consist of a ceramic core in which two wires with metal conductors are wound or a metal foil is stacked. This construction enables RCN50J1802BSR36 resistor to withstand higher voltages, currents, and temperatures along with enhancing its physical strength and durability compared to surface mount resistors. The resistor\'s size also makes it easier to mount and attach when needed.

The RNC50J1802BSR36 resistor is most commonly used in switching power supplies, mobile phones, television sets and other consumer electronic devices. This type of component is a high watt resistor, making it suitable for use in high power DC applications such as voltage regulator circuits and snubber circuits. It also works well in DC/DC switching converters as an output current limiting element for voltage regulators.

The working principle of RNC50J1802BSR36 resistor is simple. Its purpose is to limit electric current. It does this by introducing resistance into the circuit. The resistance is a measure of the difficulty electrons have in flowing through the resistor. This resistance is achieved by the ceramic core and metal wound wires construction. The higher the resistance, the more current is limited. This also helps to protect components from circuit overload.

RNC50J1802BSR36 resistors have an advantage over other resistors due to their size and robustness, making them a great choice for many applications. They are also available in a variety of power ratings and resistances, making it easy to find one that suits the application.

Overall, RNC50J1802BSR36 resistors are very reliable components for controlling voltage and current and protecting components from overload in consumer electronics and industrial applications. Their physical size makes them an ideal choice for applications where small size and a robust construction are needed. With their high power rating and resistance, they are able to handle a variety of architectures and provide reliable results.

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