RNC60H1240FSB14

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Through hole resistors are a type of fixed resistor, classified according to the installation method, which include axial lead resistors and radial lead resistors. The RNC60H1240FSB14 is an axial lead resistor with a size of 6.3 * 10 mm and a resistance of 4 KΩ. It is suitable for a wide range of applications and is used widely in the fields of electronics, circuits, automotive, and aerospace engineering.

The RNC60H1240FSB14 has a maximum power rating of 0.25W, an accuracy rating of 1%, and a working voltage of 125 volts. It is made of high quality ceramic and metal alloy materials, which makes it highly durable and reliable in long-term use, suitable for harsh environmental conditions and high temperature applications. It is also resistant to moisture, chemical corrosion, and extreme weather (winter cold, summer heat).

The working principle of RNC60H1240FSB14 is a two-terminal thermistor-like resistor whose resistance changes according to temperature. It has an inherent non-linear characteristic due to its PTC (positive temperature coefficient) structure, and its resistance increases as its temperature rises. This is useful in preventing large temperature-induced changes in power supply voltage and device current, making it ideal for power applications, overheat protection, and voltage regulation.

The RNC60H1240FSB14 also has a self-restoring fuse (SRF) feature that helps protect the resistor from overvoltages and ensures a safe operating environment. It also offers a wide resistance range, making it suitable for many different applications. This two-terminal resistor is widely used in consumer electronics such as cellphones, laptops, routers, audio systems, and home appliances.

In conclusion, the RNC60H1240FSB14 is a high quality axial lead resistor ideal for electronics, circuits, automotive, aerospace engineering, and consumer electronics applications. Its reliable construction and unique self-restoring fuse feature makes it perfect for long-term use, even in harsh environmental conditions. Furthermore, its temperature-induced resistance change feature makes it useful for power applications, overheat protection, voltage regulation, and a variety of other applications.

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