Abstract: This article presents high step-down ripple-free ... hinders magnetizing current from flowing through resonant inductor, the core size of the resonant external inductor can remain compact.

Nowadays, for low-power and highly integrated electronic systems, embedded inductor ... current ripple in the inductor. To understand the second reason, let us recall the basics of inductor-based SR.

My custom has got a design with LM5175, and found that when increasing the output inductor from 2.2uH to 4.7uH, the peak-to-peak output ripples was almost the same in the condition of buck-boost zone ...

If the inductor current ripple is too high the switching frequency of the converter can be increased or the inductance of the inductor can be increased. The current ripple across the inductor will be ...

Among the three converters, the LLC+Buck ... current that may impact conduction loss of the components in that primary side. It takes into account the magnetic core losses in the resonant inductor ...

DC-DC converter chips provide a regulated DC voltage output from a different, unregulated input voltage. They are used in power management applications and incorporate several conversion technologies.

Abstract: A peak-valley current-mode (PVCM) Buck converter is presented to extend the duty cycle range. Compared with traditional single inductor current-controlled converters, the PVCM Buck converter ...

A current-mode buck regulator ... a large rms ripple current. The ceramic capacitor’s temperature rise vs. current curve can be referred to determine current capability. For a 0603 size capacitor, ~4 ...

However, providing enough current to a long strip of addressable LEDs can sometimes be difficult. Often a separate voltage rail is needed to supply enough juice. At the same time, continually ...

"The reason I did not join the group, which I'm saying is funny now, was because of the situation with Tom Brady." ...