AS1363-BSTT-AD

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The AS1363-BSTT-AD is a Linear voltage regulator integrated circuit commonly used in PMIC applications. It is designed to provide high power, high performance, advanced output control, and a wide input range, making it suitable for many different types of applications. The device offers a variety of output configurations, including single-ended, differential and pyramid output. The device is capable of providing a wide range of voltages from 0.9V to 3.5V, with precision accuracy up to 0.5%.

The working principle of the AS1363-BSTT-AD involves the generation of an output voltage from an input voltage. The device is able to provide this output voltage without relying on external components, making it an ideal choice for space-constrained designs. The device features a negative voltage loop, which allows it to produce both negative and positive output voltages. Additionally, the device is capable of providing both regulated and adjustable output voltages.

The AS1363-BSTT-AD can be used in a wide range of applications, including low-power, portable electronic devices, power supply systems, and other applications requiring advanced circuitry and high power. Additionally, it can be used in automotive, communications, industrial, and medical applications. The device has been tested and certified to meet the requirements of the European Expenditure Control Directive (CE).

The AS1363-BSTT-AD features thermal-overload protection and a power-down mode for improved efficiency and protection against thermal damage. Additionally, it features 6-bit index programming, linear and PWM modes, as well as adjustable slew rate and output regulation. The device is also capable of operating in sleep mode, allowing it to consume minimal power while still maintaining output accuracy.

Overall, the AS1363-BSTT-AD is a high-performance, reliable Linear voltage regulator integrated circuit, suitable for a wide range of applications. It offers a range of output configurations, precision accuracy, and advanced output control, making it an ideal choice for power supply systems and other applications requiring advanced circuitry and high power.

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