NCV1117DTARKG

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The NCV1117DTARKG is a linear Voltage Regulator that is used in a variety of PMIC applications. This component is designed to provide a regulated voltage output in a highly efficient manner. The NCV1117DTARKG can operate in both adjustable and fixed output modes, making it ideal for myriad applications The NCV1117DTARKG features a low-noise, low-dropout (LDO) architecture that utilizes an N-Channel MOSFET in its power stage. This component has a low-current start-up and short-circuit protection to ensure safe and reliable operation. The component has a wide temperature operating range of -40°C to +125°C and an output voltage range of 0.60V to 6.0V, making it usable with a variety of applications. This component has an extremely low quiescent current of only 1 μA and is capable of supplying up to 1mA of current. The component is designed to withstand a peak input voltage of up to 41V and a continuous input voltage of up to 25V. It also has an internal ESD protection of up to 2 kV and a power dissipation of 0.5 W. Additionally, this component is available in both through-hole and surface-mount packages, making it suitable for a variety of system types. The NCV1117DTARKG has a standard operating frequency of 400kHz, which is capable of less-than-2°C delta temperature under worst-case conditions. It is rated to a maximum output of 6V @ 300mA and has an on-resistance of only 75mΩ. This component also has a shutdown voltage of 0.8V and a low-battery detector (LBD) voltage of 0.9V. It is also capable of operating in both adjustable and fixed output modes.In adjustable output mode, the NCV1117DTARKG uses an external resistor to set the output voltage. The voltage setting is determined by the equation Vout = (1.24V x [ Rset/ Rfb ])- 0.1 V. The resistor between the FB and SENSE pins is used to define the feedback gain, which is the ratio between the output voltage and the voltage at the FB pin (1.24V). The resistor between the SENSE and GND pins is used to define the feedback resistance and sets the output voltage of the regulator. In fixed output mode, the NCV1117DTARKG uses an external resistor divider to set the output voltage. The external divider refers to a combination of two resistors connected together between the output voltage (Vout) and the FB pin. The voltage setting is determined by the equation Vout = (1.24V x [ R1/ R2 ])- 0.1 V. The resistor between the FB and SENSE pins is used to define the feedback gain, while the resistor between the FB and SENSE pins is used to define the feedback resistance. The NCV1117DTARKG is a versatile and efficient linear Voltage Regulator that can be used in a wide variety of PMIC applications. It is an excellent choice for applications requiring an adjustable or fixed output voltage and efficient, low-noise operation. This component is available in both through-hole and surface-mount packages and has a wide temperature operating range, making it suitable for a variety of system types. Additionally, it is designed to withstand a peak input voltage of up to 41V and a continuous input voltage of up to 25V, ensuring safe operation.

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