RNX0253M00JNR7

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Through Hole Resistors

Through hole resistors are among the most ubiquitous components. These resistors come in a variety of sizes, shapes and powers, and can be used for a variety of applications. The RNX0253M00JNR7 is just one example of through hole resistors.

Application field of RNX0253M00JNR7

The RNX0253M00JNR7 is a through hole resistor which is perfect for audio and control applications. In audio applications, it can be used to regulate the current in amplifiers and circuits. In control applications, it can be used to adjust the signal gain between transistors. It can also be used in various timer and communications circuits. The RNX0253M00JNR7 is designed for wide temperature range operation from -65°C to +200°C.

Working Principle of RNX0253M00JNR7

The RNX0253M00JNR7 is a carbon composition resistor that works according to Ohm’s Law. It consists of a coil of wire, usually a nichrome alloy, that is wound on an insulating ceramic core. This core is then covered in a conductive material such as powdered carbon, metal alloy or precious metal. The resistance of the RNX0253M00JNR7 is determined by the length and thickness of the coil wire. When a voltage is applied to the resistor, the current is regulated by the amount of resistance in the wire.

The RNX0253M00JNR7 is a high accuracy, low temperature coefficient resistor and is designed with a strong dielectric. The resistor is rated to withstand up to 300 amperes of current and operates at a temperature up to 200°C before it may overheat or start to drift in its electrical characteristics. The resistor also has a high power rating which allows it to handle higher wattage loads such as amplifiers and switching power supplies.

Conclusion

The RNX0253M00JNR7 is a through hole resistor ideal for a variety of audio and control applications. It is a carbon composition resistor with high accuracy and low temperature coefficient and is capable of handling high wattage loads. The resistor’s distinct design and features makes it perfect for many applications.

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