This paper presents the design challenges and advanced circuit techniques of integrated
gate drivers for non-isolated buck converters using gallium nitride (GaN) devices to achieve …

Dual-output gate drivers for switched-mode power supplies require low-side reference
signals to be shifted to the switch-node potential. With the move to ultra-fast switching GaN …

A new design method for producing high-performance and power-rail slew-tolerant floating-
voltage level shifters is presented, offering increased speed, reduced power consumption …

Considering the propagation delay, dVSW/dt immunity, and power dissipation issues in the
bootstrapped high-side gate driver design, a monolithic high-voltage dc-dc buck converter …

This brief presents a novel level-shifter circuit for high-frequency high-voltage (HV) gate-
drives. The proposed level shifter (LS) is designed based on a capacitive-coupler/current …

Low-intensity ultrasound has drawn increasing attention recently as a non-invasive modality
for medical therapeutic applications. Current commercially available low-intensity ultrasound …

This paper compares pulse-triggered level shifters with a traditional level-triggered topology
for high-voltage applications with supply voltages in the 50 V to 100 V range. It is found that …

In high-frequency gate drivers, especially for wide-bandgap applications, hundreds of
voltages per nanosecond noise would be generated. Therefore, the sub-ns delay level …

The discontinuous energy transfer characteristics of traditional single-inductor dual-output
converters can lead to large output voltage ripple and cross-regulation. Thus, this paper …

This paper introduces the failure operation principle of the capacitive floating level shifter, as
well as its simplified circuit model. Based on the model, the mathematical equations for …