PNP5WVJT-73-3K

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Through Hole Resistors are widely used in power, signal and data transmission, as well as in power conditioning applications. Although there are many types of resistors and their functions vary from application to application, the PNP5WVJT-73-3K Through Hole Resistor is a type of device that is capable of providing a very precise resistance level for a given environment. The purpose of this resistor is to act as a current limiter, helping to prevent excessive current from passing through the circuit and potentially damaging essential components.

This resistor is designed with an ohmic value ranging from 0.001 ohms to 33 ohms, so it can be used with both high- and low-power circuits. It is particularly well-suited to amplifier and switch circuits due to its high stability and wide resistance range. In addition, the device can be found with a range of tolerances, typically up to 5 percent, and a temperature coefficient of up to 50 ppm/°C for temperature stability. This wide tolerance range allows it to be used in circuits where precise resistance levels are a must, such as in filters or oscillators.

When it comes to its design, the PNP5WVJT-73-3K Through Hole Resistor features a ceramic body with a threaded copper endcap. It is a medium-power type with power ratings ranging from 1/4 watt to 5 watts, depending on the application and the environment in which it is being used. This type is also designed to resist voltage surges and other transient effects, such as static electricity, which can damage sensitive circuitry.

The PNP5WVJT-73-3K Through Hole Resistor works by using the “Ohm’s law” principle. This law states that the current that passes through a resistor is proportional to the voltage applied across its terminals. In other words, when voltage is applied to its terminals, it limits the current that flows through the resistor. It does this by converting the electrical energy applied to it into thermal energy, which is then dissipated into the environment. This conversion and dissipation of energy helps to ensure that current passing through the resistor remains within the limits of the circuit it is connected into.

In terms of its applications, the PNP5WVJT-73-3K Through Hole Resistor is mainly used in power conditioning, such as output filtering, suppression, damping, and transient protection circuits. It is particularly favored for its high accuracy and repeatability, exceptional stability, and high surge-handling capabilities. It can also find use in the design of amplifier, filtering, and oscillator circuits, as well as some motor control and electronic counter circuits.

In conclusion, the PNP5WVJT-73-3K Through Hole Resistor is a high-stability resistor that finds its use mainly in power conditioning, amplifier and switch circuits. It features a ceramic body and threaded copper endcap, as well a wide resistance range and a range of tolerances. The resistor is designed to adhere to Ohm’s law, converting excess electrical energy into heat energy, which is then dissipated into the environment. This helps to limit the current that passes through the circuit and protect the circuit from any potential damage.

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