NCV78M15BDTRKG

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NCV78M15BDTRKG is a voltage regulator that belongs to the category of linear IC (Integrated Circuits). It belongs to the range of a PMIC (Power Management IC). It is designed to provide a regulated output voltage from a wide range of supply voltage that ranges from 5.5V to 40V. Its maximum output current is 1.5A.

The NCV78M15BDTRKG is a low dropout linear regulator which means that it has a very low voltage drop between the input and output. The maximum quiescent current is 8mA and the maximum dropout voltage is 0.2V with a 1.5A current. It has an adjustable output voltage range between 1.2V and 17V with ±2.5V accuracy. It also has a shorts circuit protection and an over-temperature protection. The NCV78M15BDTRKG has a fast transient response and is highly efficient in regulating the output voltage even under varying load conditions.

The NCV78M15BDTRKG is specially designed to meet the demands of applications such as small battery-powered electronics, motor control, and 3.3V and 5V logic applications. It is also used in high-efficiency applications such as DC/DC converters, low-voltage systems, or low-power systems such as automotive, industrial, communications, and medical systems.

The NCV78M15BDTRKG is based on a single resistor-programmed voltage regulator principle. It uses a combination of resistors and capacitors to control the voltage output. The voltage output is regulated by the regulator circuitry and the output of the resistor-programmed voltage divider is set to the required output voltage. This then translates to the actual output voltage of the NCV78M15BDTRKG. This voltage is then regulated by the voltage regulator and does not vary significantly even if the input voltage changes or the load conditions change.

The NCV78M15BDTRKG is a very efficient, reliable, and cost-effective voltage regulator. It is capable of delivering a stable and regulated output voltage even under varying conditions. Moreover, it has an integrated protection against overload, over-temperature, and short-circuit conditions. It also offers a fast response time, high efficiency, and low power consumption. Thus, it is the ideal solution for a wide range of applications.

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