RNC50H1211FMB14

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Through hole resistors are one of the most commonly used components in electrical and electronic applications. The RNC50H1211FMB14 is a commonly used through hole resistor. It is designed to provide reliable performance, accuracy and power-rated resistive values over a wide range of operating temperatures.

The RNC50H1211FMB14 resistor features a monolithic NTC (Negative Temperature Coefficient) resistive element and a double-layer Ferrite substrate. This design offers several advantages over traditional metal-oxide film resistors, including greater accuracy, superior thermal stability, increased power rating and improved electrical noise attenuation. The resistor also offers a low TCR (temperature coefficient of resistance) of less than 10 ppm/K (100 parts per million per degree kelvin) over a wide operating temperature range. This ensures stability of the resistor across varying temperature variations.

The RNC50H1211FMB14 is a popular choice for applications where a high level of power rating accuracy is required. It is designed to be used in AC/DC converters, power regulators, automation systems, AC and DC motor control, watt-metering, and thermal protection. Its low TCR and tight tolerance operation make it suitable for use in precision industrial and medical electronics.

The RNC50H1211FMB14 works by relying on the principle of Ohm\'s law which states that Current is directly proportional to Voltage. This means that the current flow through the resistor is proportional to the applied voltage across the resistor. As the applied voltage is increased, the current also increases. As the voltage reduces, the current reduces.

In the case of the RNC50H1211FMB14, the resistance value remains constant throughout the specified operating temperature range. This uniquely designed resistor provides faster response time to temperature fluctuations without sacrificing accuracy. Furthermore, the resistor has an improved power rating compared to traditional resistors providing greater current leakage and surge protection.

The RNC50H1211FMB14 is a great choice for use in precision industrial and medical electronics that require tight tolerance and excellent stability over a wide temperature range. Its low TCR and high power-rating allow it to provide reliable performance in high-current, high-temperature applications. The resistor also features a double-layer Ferrite substrate which is ideal for noise suppression and improved heat dissipation. Furthermore, the resistor features a monolithic NTC resistive element which provides greater accuracy, superior thermal stability, and increased power rating.

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