PWR221T-30-R100F

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Through hole resistors are one of the most commonly used resistors when it comes to electronic components. The PWR221T-30-R100F is a type of through hole resistor designed for high-temperature applications. It is a standard resistance value that is available in both axial and radial forms. This specific type is said to have excellent stability and accuracy at temperatures ranging from -65C to 175C.

The PWR221T-30-R100F is a relatively small, thin-film resistor that offers high reliability and stability. The most common use for this type of resistor is in high-temperature applications such as automotive and industrial automotive electronics. This type of resistor can also be used in power supplies, motor control circuits, and other circuits that require a high degree of stability and accuracy.

The PWR221T-30-R100F has an accuracy tolerance of 5%, meaning that the resistance value is always within a certain range of the value stated on the datasheet. This type of resistor is also known for its low-noise characteristics, making it ideal for circuits that require low noise levels. In addition, this resistor also offers good surge protection and can withstand up to 500V of reverse polarity.

The working principle of PWR221T-30-R100F is relatively simple. It works based on the principle of the Ohm’s Law. In this law, the current flow through the resistor is directly proportional to the voltage applied across it. The resistance value of the resistor is determined by the cross-sectional area of the resistor and the material used. When voltage is applied to the resistor, it creates an electrical current that raises the temperature of the resistor, causing resistance to vary with the temperature.

The PWR221T-30-R100F is an ideal solution for applications that require high stability and accuracy at higher temperatures. This type of resistor can handle a wide range of temperatures while ensuring the reliability, accuracy, and stability. This resistor is perfect for applications that require a high degree of precision and accuracy at higher temperatures.

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