KNP1WSJR-52-470R

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Through Hole Resistors are categorized based on their application fields and working principles. The KNP1WSJR-52-470R is one such resistor that is used in a variety of electronics applications. The device has a resistance range of 470 ohms, with a maximum rated wattage of 1W. It is also available in both axial and radial leaded packages.

The KNP1WSJR-52-470R is a Ceramic Cement Resistor that is designed to provide stable and accurate resistance values. These properties make it ideal for use in precision circuits such as amplifiers and other high-performance components. Generally, ceramic cement resistors have low temperature coefficients, excellent high frequency response, and high insulation resistance. This makes them well-suited for use as part of the signal path in hi-fi systems, as well as other audio and video equipment.

Another major application field of the KNP1WSJR-52-470R is as power resistors. Due to its high power rating, the resistor can dissipate a large amount of power without suffering from thermal runaway. This makes it a popular choice for use in high-current regulated power supplies, DC-DC converters, and circuits involved with motor and light control. Additionally, the device can be used in dangerous high-voltage circuits, as its insulation resistance helps to prevent voltage leakage.

The KNP1WSJR-52-470R works on the principle of a negative temperature coefficient (NTC). In this type of resistor, the resistance value changes with an increase in external temperature. The resistors have a very low inherent temperature coefficient, which makes them ideal for circuits which require a stable resistance value over a wide temperature range.

In conclusion, the KNP1WSJR-52-470R is a Through Hole Resistor that finds applications in a wide range of applications. It provides precise and stable resistance values over a wide temperature range, making it well-suited for use in precision circuits. Additionally, the device has a high power rating which makes it suitable for a variety of power supply and motor control applications. Furthermore, its NTC operation makes the resistor temperature resistant, ensuring that it continues to function reliably even under extreme temperatures.

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