PNP5WVJR-73-2K2

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Through Hole Resistors are one of the most common types of resistors used in electronics. The PNP5WVJR-73-2K2 is a through hole resistor used in a variety of applications. It is a surface mount device with an exposed metal trace, which is resistant to short-circuiting and electrical shock.

The PNP5WVJR-73-2K2 is a precision two-pin component designed for control circuits and can be used as a replacement for higher-resistance surface mount resistors. It has a working voltage of 2000 volts and can withstand a maximum power rating of 5 W. The resistor has a curve-shaped ceramic substrate and a resistor element, which has a resistance value of 73 ohms. It also features a metal oxide or a low thermal coefficient of resistance to improve heat dissipation.

The main application field for this device is surge protection and voltage regulation. It is designed to protect circuits that are subject to high levels of current and voltage transients, which can damage sensitive components. The resistor is able to reduce noise and harmonics, while ensuring accuracy in voltage regulation. It is also suitable for high-precision analog circuits, such as those used in audio and video systems.

The working principle of this component is simple: it dissipates excess voltage and current to the ground, which prevents it from damaging the circuit. It consists of two main parts: the resistor element and the ceramic substrate. The ceramic substrate acts as a heat sink that draws excess heat away from the resistor element and dissipates it to the ground. The resistor element is the part responsible for providing the required amount of resistance to the circuit.

The PNP5WVJR-73-2K2 through hole resistor is a versatile component used in a variety of applications, including surge protection, voltage regulation, high-precision analog circuits, and audio and video systems. It has a working voltage of 2000 volts, a maximum power rating of 5 W, and a resistance value of 73 ohms. The device also features a metal oxide or a low thermal coefficient of resistance to improve its heat dissipation, making it an ideal choice for reliable circuit protection.

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