PNP4WVJT-73-2K2

Through Hole Resistors are components used to control electrical currents in an electrical circuit. They are commonly used to reduce the voltage in an electrical circuit, to limit the electrical power in an electrical circuit, and to provide the accurate output current in an electrical circuit. These resistors are composed of a resistor element mounted on a circuit board with pins, and connected to the external circuit through the holes in the board. PNP4WVJT-73-2K2 Through Hole Resistors are a type of resistor that are commonly used in a variety of applications for electrical control.

The PNP4WVJT-73-2K2 Through Hole Resistor is a moderate power, iron or steel core resistor designed for use in high-temperature environments. This Through Hole Resistor is constructed with a steel core and a heat-resistant, steel-knit cover. It is manufactured with a UL/CSA rating of up to 200 watts and a nominal tolerance value of ±2%. This allows it to be rated for a wide variety of loads in different temperature and voltage conditions. This Through Hole Resistor also offers superior performance and reliability and is suitable for applications including temperature control, motor control, amplifier feedback, and sensitive circuit elements.

The main application fields of the PNP4WVJT-73-2K2 Through Hole Resistor are high-temperature control, motor control, amplifier feedback, and sensitive circuit elements. It is also well-suited for industrial, consumer electronics, and automotive applications where its reliability and superior performance are needed. This resistor is designed to handle high loads and high temperatures, and is able to dissipate up to 200 watts of power. It is also capable of resisting temperatures up to 800C and overloads up to 3A. Another common use for this Through Hole Resistor is in high-temperature motor control applications, where its low temperature coefficient and superior temperature performance are essential for reliable control.

The PNP4WVJT-73-2K2 Through Hole Resistor works on the principle of Ohm\'s Law. Ohm\'s Law states that the current flowing through a resistor is proportional to the voltage applied to the resistor. In other words, if the voltage applied to the resistor is increased, the current flowing through the resistor also increases. If the applied voltage is decreased, the current decreases. This principle is used to calculate the resistance value of a resistor, which is determined by the ratio of the voltage applied to the resistor to the current passing through the resistor. This resistance value is measured in ohms and is determined by the material used in the resistor\'s construction.

The PNP4WVJT-73-2K2 Through Hole Resistor is an ideal component for many applications requiring the accurate output current and reliability in high-temperature environments. Its steel core and steel-knit cover provide superior performance and optimal reliability, even in challenging temperature conditions. The ability to resist temperatures up to 800C and overloads up to 3A makes this resistor well-suited for many industrial, consumer electronics, and automotive applications. Additionally, its wide tolerated range of ±2% makes it well-suited for applications requiring high accuracy.

In conclusion, the PNP4WVJT-73-2K2 Through Hole Resistor is a highly reliable, versatile resistor well-suited for high-temperature motor control and other applications. It is designed with a steel core and steel-knit cover to resist temperatures up to 800C and offers a wide tolerated range of ±2%. These features make this resistor suitable for applications that require high accuracy and reliability, even in challenging temperature conditions. Additionally, this resistor works on the principle of Ohm\'s Law, which states that the current flowing through the resistor is proportional to the voltage being applied to it.