RN65E2702FB14

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Through Hole Resistors

Through hole components, such as resistors, are components that are connected to the board through a hole in the board. As the name suggests, they are through-hole components, which means that a pin or some other element is passed through the hole to provide a secure connection to the board. The RN65E2702FB14 is one such resistor.

RN65E2702FB14 Application Field

The RN65E2702FB14 resistor is a type of fixed-value resistor with high reliability, high reliability and large capacity. It is mainly used in fields such as communications, home appliances, instruments and meters, and automotive electronics. Its working environment is between -55°C~ +125°C, and its rated power is 2 watts.

RN65E2702FB14 Working Principle

The RN65E2702FB14 resistor has a two-terminal element composition and is designed to provide a particular value of resistance. It is connected to the circuit in a series or parallel fashion depending on the value of the resistance required. When a current flows through the resistor, a voltage drop occurs, and this is defined by Ohm’s law. The voltage drop is a function of the amount of current flowing through the resistor and the resistor\'s value.

The resistor does not convert power to any other form, such as heat or light, and it does not store energy either. Instead, the resistor is made to absorb or dissipate the power within the current flowing through it, thus limiting the amount of current entering the circuit. This helps in maintaining the application’s functionality. The amount of dissipation depends on the amount of power the resistor is able to withstand, which is determined by the wattage rating of the resistor.

Conclusion

The RN65E2702FB14 resistor is a popular through-hole component used especially in communications, appliances, instruments and automotive fields. It is an excellent low-power, fixed-value resistor and is designed to provide a particular value of resistance which can help limit the current flowing through the circuit. It operates by dissipating power in terms of heat and is mostly rated at 2 watts.

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