Abstract: A voltage regulator and a method of manufacturing the voltage regulator, which can provide a desired output voltage of the voltage regulator using a plurality of metal wires, arranged in regular patterns, and conductive metal wiring patterns, configured to activate the metal wires by selectively connecting them to each other when a voltage regulator having various output voltage patterns is produced through a single chip, thus reducing the costs of manufacturing the voltage regulator by simplifying the manufacturing process while reducing the size of the chip of the voltage regulator.

Abstract: An ultra low dropout voltage regulator, which separately supplies operating power for internal circuits, but controls the operating power to perform the operation of a voltage regulator chip, so that an ultra low dropout voltage regulator can be designed to reduce standby power consumption and to minimize the size of the chip, can be designed to more rapidly respond to the overload or overvoltage of the chip and to stably and precisely shut down the chip in the event of the overload or overvoltage, and can be designed to realize ultra low dropout characteristics even at a low output voltage.

Abstract: An ultra low dropout voltage regulator, which separately supplies operating power for internal circuits, but controls the operating power to perform the operation of a voltage regulator chip, so that an ultra low dropout voltage regulator can be designed to reduce standby power consumption and to minimize the size of the chip, can be designed to more rapidly respond to the overload or overvoltage of the chip and to stably and precisely shut down the chip in the event of the overload or overvoltage, and can be designed to realize ultra low dropout characteristics even at a low output voltage.

Abstract: A voltage regulator and a method of manufacturing the voltage regulator, which can provide a desired output voltage of the voltage regulator using a plurality of metal wires, arranged in regular patterns, and conductive metal wiring patterns, configured to activate the metal wires by selectively connecting them to each other when a voltage regulator having various output voltage patterns is produced through a single chip, thus reducing the costs of manufacturing the voltage regulator by simplifying the manufacturing process while reducing the size of the chip of the voltage regulator.