RNC50H1180DSRSL

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Through Hole Resistors have been used for many years in the electronics and communications industries to provide electrical insulation, absorb and dissipate heat, and help regulate the flow of electricity in a wide variety of applications and devices. The RNC50H1180DSRSL is one such resistor that serves the purpose of providing the above services. This paper will discuss the application field and working principle of the RNC50H1180DSRSL.

The RNC50H1180DSRSL is a through-hole resistor with 5 watt power rating, 1 watt dissipation, and 5% tolerances. It is a three-terminal device with high power rating, temperature coefficient of resistance (TCR), current noise, and low thermal regulation. It is designed for applications in medical, audio, and power amplifiers and provides voltage and current regulation. This resistor has low temperature coefficient, high insulation resistance, high reliability, and a low impedance profile which makes it suitable for a wide variety of applications.

The RNC50H1180DSRSL is used in a variety of applications including power supplies, DC-DC converters, power amplifiers, variable gain amplifiers, frequency dividers, temperature compensation circuits, power supplies, audio amplifying circuits and many more. It is also used as a safety device to prevent electrical shortages. The resistor is made with a coil of thick-film resistive material, which is a ceramic coil encased in oxide. The film is heated with a soldering iron to a high temperature and afterwards a solder is applied to the resistor to hold it in place.

The RNC50H1180DSRSL has five terminals at each end and three in the middle of the device. The three inner terminals are connected in series with one connected to the ground of the circuit board. The connection on the ground terminal is used to sense the ground potential of the circuit board. The other two inner terminals are connected in series with the outer terminals and they serve as a power supply for the circuit. The five terminals provide the required electrical insulation.

The RNC50H1180DSRSL responds to current and its resistance decreases when the current increases. The device works by controlling the current flowing through the resistor and providing a stable output voltage. When the current is increased, the voltage drops lower and vice versa. The controlling current changes depending on the application and the voltage setting used. This is known as the working principle of the device.

In addition to its ability to control current and provide stable output voltage, the RNC50H1180DSRSL also has temperature compensation which helps protect the device from thermal damage. The resistance of the device does not change significantly with temperature because the ceramic coil in the resistor is thermally isolated from the rest of the circuitry. This helps to maintain a stable output voltage, even in harsh temperature environments.

One of the most important advantages of the RNC50H1180DSRSL is its low noise characteristics. The device utilizes thick-film resistive material which is encased in oxide, and therefore very little noise is generated, making it ideal for applications where noise levels must be low. Other advantages of this resistor are its reliability and long service life. The device is very stable and can handle large voltage and current ratings, making it suitable for power supplies, power amplifiers, and other demanding applications.

In conclusion, the RNC50H1180DSRSL is a through-hole resistor with 5 watt power rating, 1 watt dissipation, and 5% tolerance. It is used in a variety of applications including power supplies, DC-DC converters, power amplifiers, variable gain amplifiers, frequency dividers, temperature compensation circuits, power supplies, audio amplifying circuits and many more. The device also provides voltage and current regulation, temperature compensation, low noise characteristics, and high reliability. It is an ideal choice for applications where precision and accuracy are required.

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