PNP3WVJR-73-1K5

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Through Hole Resistors provide electronic components with a reliable way to control the current and voltage in an electronic circuit. One type of through hole resistor that is particularly useful because of its size is PNP3WVJR-73-1K5. This resistor has become popular in many different circuit applications because of its robustness and ease of use.

The PNP3WVJR-73-1K5 resistor has a body size of 7.3 x 1.5 mm, making it quite small compared to many other resistors. Despite its size, it is robust and can withstand high temperatures and vibrations, meaning it is incredibly reliable and long-lasting. The body of this resistor is made from ferrite, making it solderable, which means it is easy to install in many different circuit applications.

Application Field

The PNP3WVJR-73-1K5 is commonly used in micro-controller circuits, as its size allows it to be used in space-restricted areas. It is often used as a protection component, limiting current flow in circuit designs, and can be used for a variety of interface circuits.

Another common application of this resistor is in automotive circuits. Here, its ability to withstand hot and cold temperatures makes it ideal for use in vehicles, and its small size makes it suitable for use in combination with ICs and other components. It is also resistant to the harsh vibrations and stresses that occur in vehicles, and is therefore suitable for use in many automotive applications.

Apart from its automotive and micro-controller uses, the PNP3WVJR-73-1K5 has also become popular in audio applications. Its resistance value means it can be used as a potentiometer in audio circuits, and is resistant to the vibrations and changes caused by sound waves. This makes it a valuable component in sound engineering applications.

Working Principle

In most circuit applications, the PNP3WVJR-73-1K5 is used to control the current that passes through the circuit. It works by reducing the voltage that is present in the circuit. It does this by providing a ‘resistance’ which acts as a barrier against the flow of current. The resistor absorbs some of the energy that flows through the circuit, meaning the voltage drops and the current is limited.

This resistor also helps to prevent overvoltage and over-current. By limiting the current that flows, it reduces the risk of components in the circuit being damaged due to too much voltage or current. This is especially useful for more sensitive components, such as microprocessors, as they can be easily damaged by too much power.

The PNP3WVJR-73-1K5 is also resistant to the effects of temperature. It is designed to be able to handle high temperatures, and this makes it suitable for use in many high-temperature environments. The resistor has also been designed to be temperature compensated, meaning that its resistance value remains stable even when exposed to changes in temperature.

Overall, the PNP3WVJR-73-1K5 is an incredibly versatile and reliable resistor. Its small size makes it easy to install in many different circuit applications and its robustness and temperature compensation means it is resistant to many environmental elements. This makes it an ideal choice for many different circuit applications.

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