This focus paper gives a panorama of galvanically isolated power/data transfer systems. It
starts from a review of state-of-the-art isolation technologies and describes most advanced …

This paper presents a double-isolated dc-dc converter exploiting integrated LC galvanic
barriers. The converter consists of only two dice both fabricated in a 0.35-μm BCD …

In this letter, an ultra-high-isolation mutual-embedded transformer in organic substrate
(METOS) of digital isolators is proposed and demonstrated for ultra-high isolation and …

The higher switching speed attainments of WBG power devices such as silicon carbide (SiC)
MOSFETs, and their ability to operate at higher switching frequencies, becomes conflicting …

The paper reviews the most interesting architectures of integrated isolated dc-dc converters
based on inductive coupling. Circuit implementations for both power and data/control links …

This chapter provides an overview of BCD (Bipolar CMOS DMOS) process technologies
which are devoted to realize smart power ICs for different applications in the automotive …

This paper presents a method for detecting and reporting fault signals that can occur in the
normal functionality of galvanically isolated Insulated Gate Bipolar Transistor (IGBT) gate …

This paper presents the implementation of a bidirectional multi-level voltage inverter,
isolated converter based on a multi-cell architecture for battery charger applications. Dual …

The increasing demand of low-profile power converters in modern electronic devices has
pushed research towards integrated systems able to replace expensive and bulky solutions …

Galvanic isolation is an important safety consideration for electrical systems. As the demand
for circuits that make use of higher voltages increases, the demand for better isolators …