PNP7WVJT-91-6R2

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Through Hole Resistors provide improved power dissipation per watt, making them suitable for use at high power levels. They are particularly beneficial when their usage is driven by the need for compact designs with small footprints. PNP7WVJT-91-6R2 is one of the resistors that falls into the category of through-hole resistors.

The main feature of PNP7WVJT-91-6R2 through hole resistors is that they can be used in a wide variety of applications. Due to their size stackability, they have the benefit of being able to fit in a wide variety of enclosure configurations. As a result, they are suitable for communications, industrial, automotive, instrumentation and consumer electronic applications.

The working principle of PNP7WVJT-91-6R2 is based on generating an electrical resistance within the component body in order to limit the flow of current to a certain amount. Through hole resistors have low inductive losses, which enable them to be used in high frequency applications. They are also capable of handling much higher power dissipation in comparison to other resistors.

The metal film layer on PNP7WVJT-91-6R2 is made out of metal, which offers a large amount of stability and accuracy. This makes them suitable for high-volume production runs due to their consistent quality. The ceramic substrate provides good thermal dissipation in order to prevent the resistor from running too hot.

The size of the resistor is PNP7WVJT-91-6R2 increases efficiency in power handling, minimizes power dissipation, and improves reliability. The component has a resistance value range that allows for fine-tuned voltage regulation. It also offers superior noise immunity, which is especially useful for applications that require a high degree of precision. In addition, the resistor features overload and short circuit protection.

PNP7WVJT-91-6R2 through hole resistors provide reliable operation and stability in various applications where cost and performance are necessary. Due to their excellent stability and increased power handling capabilities, they are a good choice for applications such as industrial, automotive, communications, instrumentation and consumer electronic applications. They also have a low inductive loss rate, making them suitable for applications that operate at high frequencies.

The specific data is subject to PDF, and the above content is for reference