RN60C4703DB14

Through Hole Resistors

The RN60C4703DB14 is a precision resistor with a through-hole configuration, which means it can be easily mounted in most circuit boards and applications. This through-hole resistor is constructed with a leaded metal element and a ceramic body, providing the electrical and mechanical stability essential for the application. The RN60C4703DB14 also features a wide temperature range of -55°C to +125°C with a maximum power rating of 0.5W.

Applications

The RN60C4703DB14 is commonly used in high precision resistive circuits and also for anti-aliasing and signal conditioning circuits. It is ideal for use in all types of DC inline sensing applications, as well as for precision voltage dividers, linear regulators, power supply feedback, and amplifiers. The resistor can also be used for thermal and current sensing applications, as well as for grounding and other circuitry.

Working Principle

The RN60C4703DB14 works on the principle of resistance, which is the property of a substance to oppose the flow of electricity when a current is passed through it. This resistance results in a voltage drop and creates a pressure gradient in the electrical circuit. The voltage drop across the resistor is proportional to the current flowing through it, and hence the voltage can be adjusted by changing the level of resistance in the wire. The resistor is composed of an electrical element (a wire of a certain length or area) and a ceramic body, both of which play an important role in maintaining the resistance in the circuit.

Conclusion

The RN60C4703DB14 through-hole resistor is an ideal choice for providing precision resistive components for DC inline sensing applications and thermal and current sensing applications. This through-hole resistor is constructed with a leaded metal element and a ceramic body, and provides consistent performance throughout its temperature range. In addition, the resistor is suitable for use in many other electronic applications due to its wide range of available resistance values.