PNP3WVJT-73-1R5

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Through Hole Resistors are one of the most common components used in electrical and electronic sector which are easily recognisable thanks to its small cylindrical shape and two or more terminals. They are usually used to limit the flow of electrical current, distribute power or signal, divide voltages, adjust circuit and many other purposes. Nevertheless, with the development of resistors, various kinds of resistors with specific characteristics and shapes come forward.

The PNP3WVJT-73-1R5 is designed as a through hole resistor with several distinct application fields and working principles. It is a kind of metal glaze fixed resistor known for its stability and durability. This resistor is designed to be used to resist current in temperature-compensating networks as well as in sample and hold circuit to form a voltage divider.

In terms of its application fields, the PNP3WVJT-73-1R5 resistor is mostly applied to be used in temperature-compensating networks for providing precise control of current or voltage in the presence of temperature changes. It can also be used in such circuits as switching power supply, LED lightings, computer peripherals, industrial equipment, office automation, etc. Besides, it can also be used in sample and hold circuit to form voltage divider and absorb shocks because of its high thermal resistance of 88ppm/℃.

In terms of its working principles, this resistor also has slightly different. This resistor primarily works with operating temperatures amongst -55~+125℃. The PNP3WVJT-73-1R5 is highly reliable due to its characteristics of high insulation resistance and low temperature coefficient. It has very low temperature coefficient ∝750ppm/℃, low resistance which is 1.2~1.5 ohm and high power ratings up to 3-watt, which makes it ideal for controlling current in temperature-compensating networks.

Aside from the PNP3WVJT-73-1R5, there are also other types of through hole resistors such as metal oxide film resistors, thick-film chip resistors, thick-film networks resistors and many more. They are all around us, controlling the current flow of anything from a drone to a cellphone.

In conclusion, the PNP3WVJT-73-1R5 metal glaze fixed resistor is widely applied to resist current in temperature-compensating networks as well as sample and hold circuit due to its high reliability and low temperature coefficient. With its low temperature coefficients and very low resistance, it is a perfect companion for any application that needs to resist current in presence of temperature changes. Despite its unique design and working principles, it is still a type of through hole resistors that we come across every day.

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