MIT develops a low-power 5G receiver chip to boost battery life, reduce interference, and improve IoT and wearable device performance.

This paper has proposed a new switching scheme for controlling dc-dc boost converter circuits. The converter is represented as a hybrid system with three modes of operation. The switching among these ...

Boost converters operated in critical mode can achieve high efficiency, while they have some limitations, such as high current ripple, high component rating and low power application. Thus, this paper ...

ISSCC, the International Solid-state circuits conference, is the IEEE’s annual showcase for all that is best in on-chip circuit design from across the globe. Thousands of engineers will flock there ...

Schematic and PCB have been designed using Altium Designer 24. The PCB board has been tested against output voltage stability, thermal stress, and output noise using Siglent SDL1020X-E DC load, VEVOR ...

Lightweight, small-size, and high-power-density power converter systems, which use only switches and capacitors in their power stage, have no need for transformers or inductors in their design ...

Figure 2 illustrates a configurable 3/4/5-level FCML buck power converter. 2. This schematic shows details of a configurable 3/4/5-level FCML buck converter. (Image courtesy of Reference 9) ...

Abstract The integrated DC–DC converter is appropriate for use in many domains, namely, display, cellular, and portable applications. This paper presents an integrated control circuit for a monolithic ...

Classic boost converter circuits are challenging to implement in portable devices like wireless mice, remotes, etc. Presented here is a 5V Boost Converter Circuit that generates 5V from 1.5V or any ...

In the previous two articles of our Power Electronics Course, we examined buck and boost converters in two separate and independent configurations. The purpose of the first circuit is to reduce the ...