The increasing use of IoT devices and smart appliances has driven demand for compact and efficient power solutions. Traditional AC-DC converters tend to be bulky, fixed-voltage, and often inefficient.

This project presents a compact and efficient DC-DC buck-boost converter built around the TPS63070R chip from Texas Instruments. This project presents a compact and efficient DC-DC buck-boost ...

This IP is a Low-Dropout (LDO) 5V to 3.3V&1.5V power regulator in GSMC 0.13um low power 4P5M e-flash dual gate process. The max output currents are 60mA (for 3.3V output) and 40mA (for 1.5V output), ...

USB Type-C connector for power input 2x 2×5 2.54 mm breadboard-compatible power and ground rails 2x 3-pin 2.54 mm selection headers with 2x jumper caps Safety – Short circuit protection Input ...

Abstract: In this paper, a step-down converter chip with high conversion efficiency is designed based on silicon-based gallium nitride heterogeneous integration technology. Among them, the GaN HEMT ...

For decades, Chrysler has had something of a stranglehold on the market when it comes to hemispherical engines. These are engines where the combustion chamber is shaped like a hemisphere, though the ...

The design of the boost converter proposed in this article can boost a single-cell or two-cell AA battery up to 5V. The rated voltage of single-cell batteries (such as Lithium-ion/Polymer) is below 5V ...

An I/O Library featuring three cells, a 1.5V to 3.3V GPIO, Power Pad for External VDD supply with ESD, and Ground Reference Pad with ESD. Includes Schmitt Trigger and 7.75V OTP tolerant.