High-step-down DC–DC converter with continuous output current using coupled-inductors
M Hajiheidari, H Farzanehfard… - IEEE Transactions on …, 2019 - ieeexplore.ieee.org
This paper proposes a high-step-down dc-dc converter with continuous output current which
utilizes coupled-inductors. Another main feature of this converter is applying the same …
utilizes coupled-inductors. Another main feature of this converter is applying the same …
A 12-or 48-V input, 0.9-V output active-clamp forward converter power block for servers and datacenters
DC-to-DC power supplies are critical components for processors in high performance
computing and datacenter servers. Conversion from an intermediate bus voltage (eg, 12 or …
computing and datacenter servers. Conversion from an intermediate bus voltage (eg, 12 or …
Analytic model for power MOSFET turn-off switching loss under the effect of significant current diversion at fast switching events
The conventional method to evaluate switching loss of power MOSFETs is commonly based
on the existence of the plateau gate-voltage region in the gate-charge plot. However, a very …
on the existence of the plateau gate-voltage region in the gate-charge plot. However, a very …
Dual PWM control for high step-down DC–DC converters
CW Tseng, JH Liu, CT Pan… - IEEE Transactions on …, 2020 - ieeexplore.ieee.org
The conventional step-down dc-dc converters under the single pulsewidth modulation
(PWM) control scheme may not provide enough step-down voltage conversion capabilities …
(PWM) control scheme may not provide enough step-down voltage conversion capabilities …
An integrated programmable gate timing control and gate driver chip for a 48V-to-0.75 V active-clamp forward converter power block
This paper presents an integrated programmable gate timing control and primary gate driver
chip for an active-clamp forward converter (ACFC) Power Block for data center applications …
chip for an active-clamp forward converter (ACFC) Power Block for data center applications …