LTC3548AIDD#TRPBF

The LTC3548AIDD#TRPBF is a fully integrated power management solution from Linear Technology. It features an integrated boost converter, ideal diode, and two low-dropout linear regulators that provide improved efficiency and power density for a variety of applications. Based on Linear Technology\'s state-of-the-art process shrinks, the LTC3548AIDD#TRPBF is able to power systems in a wide range of input voltage ranges, from 2.6 V typical to 18 V.

The LTC3548AIDD#TRPBF is intended for powering devices that require a dual rail design. This includes applications such as industrial and automotive displays, automotive infotainment systems, point-of-sale (POS) terminals, and mobile phones. In these applications, the dual rail design provides improved efficiency, as the combined boost and low-dropout linear regulators are used to regulate multiple power rails without the need for additional components or higher switching frequency.

The LTC3548AIDD#TRPBF utilizes on-chip ideal diode and boost converter technologies to raise the input voltage from source rails up to the output rail level. The ideal diode allows for low loss forward conduction and near-zero reverse leakage, making it ideal for use in applications that require high efficiency. The integrated boost converter contains two stages: the input stage and the driver stage. The input stage is used for power management and the driver stage is used for signal management. Both stages operate independently, allowing for high efficiency switching. The LTC3548AIDD#TRPBF also features two low-dropout linear regulators that provide improved efficiency and power density. These regulators can be used to regulate one or more power rails, depending on the application.

The LTC3548AIDD#TRPBF is a fully integrated power management solution from Linear Technology. It is intended for a variety of applications that require a dual rail design, including industrial and automotive displays, automotive infotainment systems, point-of-sale (POS) terminals, and mobile phones. It utilizes on-chip ideal diode and boost converter technologies, as well as two low-dropout linear regulators, to improve efficiency and reduce power losses.