RN50C3480FRSL

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Through Hole Resistors are essential components for all forms of electrical engineering. They are used to regulate the electrical currents passing through a circuit. The RN50C3480FRSL is a type of through-hole resistor that has numerous applications in the electrical engineering field. This article will discuss the various applications of this type of resistor and its underlying working principle.

Applications of RN50C3480FRSL

The RN50C3480FRSL through-hole resistor has numerous applications across a range of industries. It is most commonly used in the automotive industry as they are ideal for high-temperature and vibration-resistant applications. This type of resistor is also widely used in industrial equipment where its high-temperature performance is essential for safety and reliability. Furthermore, due to its excellent vibration resistance, the resistor is used in audio-visual and communication equipment. These applications are enabled by the fact that the resistance values of the RN50C3480FRSL can be precisely fine-tuned via precision trimming.

In addition, the RN50C3480FRSL is also widely used in consumer products such as mobile phones, tablets, and other handheld electronics. This is because of the resistor’s low inductance and its ability to control the amount of current passing through the circuit. This makes the RN50C3480FRSL an effective choice for keeping the currents levels in check, thus preventing any potential damage to the device. The resistor is also widely used in computer hardware, particularly in the design and manufacture of motherboards and graphic cards.

Working Principle

The basic working principle of the RN50C3480FRSL is similar to other types of through-hole resistors. This type of resistor utilizes the thermal conduction between the body and a ceramic filler material that is sandwiched between the body and the resistor lead. The thermal conduction enables accurate resistance value in a relatively small size. What makes the RN50C3480FRSL different from other types of resistors is its use of a silicone coating for insulation and vibration protection.

The resistor is built with a 90-degree bend between its body and lead. This design enables the resistor to have a high impedance and a precise value for resistance. Moreover, the resistor has a tight tolerance rating of 0.02%. This tight tolerance rating makes the RN50C3480FRSL an effective choice for various applications such as power supplies, audio amplifiers, HVAC systems, and more.

The RN50C3480FRSL resistor also features an integrated diode to protect against reverse polarity. This diode protects the device from being damaged by energies that flow in the wrong direction. The integrated diode also allows for greater flexibility of the resistor when it comes to powering up various components.

Aside from the integrated diode, the design of the RN50C3480FRSL also includes integrated capacitors for noise suppression. These capacitors ensure that any interference from transients or ripple voltages are minimized. The capacitors also protect the device against voltage spikes or transients.

Conclusion

The RN50C3480FRSL is a versatile through-hole resistor with numerous applications across a range of industries. This resistor is widely used in automotive, industrial, and consumer products due to its ability to withstand high temperatures and its precise resistance values. The resistor also contains an integrated diode and capacitors which provide additional protection and flexibility. All in all, the RN50C3480FRSL is an ideal choice for many electrical engineering applications.

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