RC14KT130K

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Through Hole Resistors

RC14KT130K, a through hole resistor, consists of a ceramic body and metallic-alloyed leads. The ceramic body and metallic-alloyed leads are designed to protect the resistor from physical shock, dust and other environmental elements. It is also designed to maintain the resistance level over a wide temperature range. The RC14KT130K can also be used in a variety of applications where current needs to be slowly adjusted over time.

Application Field

RC14KT130K through-hole resistors are widely used in a variety of applications, including in electronic circuits where variable resistance is needed over a wide temperature range, such as in heater control circuits, amplifier feedback circuits, instrumentation circuits, switching circuits, and charging circuits. RC14KT130K resistors can also be used in automotive, electrical, and medical equipment, as well as in avionics and military equipment.

Working Principle

The RC14KT130K through-hole resistor works on the principle of a resistive element placed between two leads. The resistance level is determined by the composition of the resistive element usually colour codes. When current passes through the element, a small voltage drop is produced, which results in the desired resistance level. The resistance level is maintained even under changes in temperature due to the ceramic body and metallic-alloyed leads.

The RC14KT130K through-hole resistor is an ideal solution for applications where variable resistance is required over a wide temperature range and where a small amount of current needs to be slowly adjusted over time. The high-quality construction of the resistor ensures reliable performance and long service life in various demanding applications.

Conclusion

The RC14KT130K through-hole resistor is a high-quality, reliable resistor that can be used in a variety of applications where variable resistance is required over a wide temperature range. Its ceramic and metallic-alloyed construction ensures durability and long service life. The resistor is capable of adjusting the current in a slow and gradual manner, making it ideal for controlling current over time.

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