PMV160UPVL

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PMV160UPVL is a single-voltage field-effect transistor (FET) utilized for various purposes like commercial and industrial applications. Its main function is to act as a switch that can be switched off or on at will, providing the users with flexible options for their needs. It is commonly used in voltage converters and amplifiers, as well as other related electronics.

The PMV160UPVL FET is estimated to offer a maximum drain-source voltage of 160V in high temperature operating conditions. It also offers a maximum drain current of -8 A. The breakdown drain-source voltage is estimated to be around 200V and 20V at 25°C and 175°C, respectively. It is provided in TO-220 through-hole packages, with the absolute maximum ratings of 167V drain-source voltage, up to 7A of drain current and -8 A of source current in 25°C environment.

Advantages of the PMV160UPVL FET include its high-current, high-voltage performance, extended temperature range operation, and low on-resistance. The PMV160UPVL FET also offers flexibility as it can be used in applications like high-side switching, level shifting, power converter design, and other functions.

To better understand this FET, it is important to understand its working principle. Generally speaking, a FET works by utilizing the voltage between its “gate” and “source” terminal to control the current between the “drain”and “source” terminal. The “gate” is analogous to the switch on an electrical outlet and works as a valve to regulate the current that flows through the circuit. When the voltage applied to the “gate” is higher than a certain amount (known as the “threshold voltage”), an electric field is formed at the junction of the “drain” and “source” terminal, thus allowing current to flow.

The fact that the “gate” voltage is responsible for controlling the current between the “drain” and “source” makes the PMV160UPVL FET very convenient for applications that require high current levels. Typically, when a high amount of current is necessary to perform a certain task (like running a large motor), a larger FET is required. However, the PMV160UPVL FET eliminates the need for such a device due to its large current capacity and its ability to be configured to the specific tasks required.

The PMV160UPVL FET is used in a wide variety of applications and can be used for many purposes. It is mainly used in voltage converters and amplifiers, level shifting, high-side switching and power converter designs. In terms of its usage, this FET is best used when a high amount of current is required, since its voltage capacity and current capacity are both higher than other types of FETs. This FET can also be used in low-level applications, since its low-power consumption and low threshold voltage will ensure that it can operate efficiently even at low levels of current.

In addition to its applications, the PMV160UPVL FET also offers excellent stability, thanks to its on-resistance (RDS(on)) and its low temperature coefficient. Its RDS(on) is estimated to have a value of 0.3mΩ at 25°C, meaning that its stability is excellent even at low temperatures. The low temperature coefficient of this FET ensures that its performance will remain stable even when it operates in high temperature environments.

All in all, the PMV160UPVL FET offers a wide range of features and advantages that can be used in various industrial, commercial and other applications. Its high-current, high-voltage performance, extended temperature range operation and low on-resistance make it a great choice for any application. Its working principle is easy to understand and it can a accommodate a wide range of tasks with its switching feature. Thanks to its efficient power consumption and ability to work in both high and low temperature environments, this FET is an ideal choice.

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