This article presents a 48–1 V merged-two-stage hybrid-switched-capacitor converter with a
linear extendable group operated point-of-load (LEGO-PoL) architecture for ultrahigh …

The intermediate dc bus voltage in modern data center backend power supply is evolving
from conventional 12 V to 48 V. It still requires the voltage regulator modules (VRM) to feed …

Dickson-type dc–dc converters have gained renewed interest in recent years due to their
best-in-class volt-amp switch utilization. In addition,“hybrid” switched-capacitor (HSC) …

This article presents a merged two-stage 48-V-to-1-V point-of-load (PoL) architecture with a
24-V virtual intermediate bus (VIB) for CPU voltage regulator applications. The VIB-PoL …

This work introduces the symmetric dual inductor hybrid (SDIH) dc–dc converter topology,
which is suitable for large conversion ratios where regulation is required, such as direct 48 V …

This article presents a multistack switched-capacitor point-of-load (MSC-PoL) voltage
regulation module (VRM) with coupled magnetics for ultrahigh-current chiplet systems. In the …

Data centers consume about 2% of the world's electricity with continuing growth. The power
supply system plays a significant role in the energy saving and decarbonization of data …

This article proposes a matrix auto-transformer switched-capacitor dc–dc converter to
achieve a high voltage conversion ratio, high efficiency, and high power density for 48-V …

This article proposes a matrix autotransformer switched-capacitor dc–dc converter (MASC)
that converts 48 to 3.2 V for datacenter applications. The proposed MASC is similar to the …

This work introduces a new Symmetric Dual-Inductor Hybrid (SDIH) Dickson DC-DC
converter topology that is suitable for large conversion ratios where regulation is required …