A bi-directional switched-capacitor power converter that converts 1.8V to 4.5V from the low voltage (LV) port to the high voltage (HV) port and 4.5V back to 1.8V from the HV port to the LV port is proposed Each port voltage can be regulated using technique of switching low dropout regulator when it serves as the output. The converter is designed using an AMS 0.6mum n-well process. Simulation results show that each output delivers a maximum load current of 100mA with good line and load regulation. The efficiencies are 81% for the step-up case and 72% for the step-down case
A fully integrated AC-DC power converter that faces a mains voltage of 120 VRMS, 60 Hz is presented....
This manuscript describes a switched-capacitor current source for applications such as driving high ...
A fully integrated regulated charge pump is designedin 1.2/2.5-V 90-nm CMOS technology. The charge p...
Switched-capacitor power converters, or charge pumps are built from a series of switches and capacit...
In this paper, a novel switching-capacitor DC-DC voltage converter with higher efficiency will be pr...
Portable applications often need step-up power converters in generating from a low battery voltage t...
Area-efficient 4X charge pumps based on a cross-coupled structure that re-uses the 2X output to save...
An integrated 1.8V to 3.3V regulated voltage doubler is presented. Active diodes realized by MOS tra...
This thesis presents a fully integrated switched capacitor DC/DC converter for System on Chip applic...
We report here the design, implementation and analysis o f a new topology of DC-DC converter which c...
As prices fall and performance increases DSP controllers are becoming increasingly attractive for us...
A switch capacitor power converter, also known as a charge pump, is a component in the circuit that ...
This thesis deals with a design, construciton and testing of a switch-mode power supply (SMPS) which...
This paper presents a fully integrated on-chip switched-capacitor (SC) DC–DC converter that supports...
This brief presents a switched-capacitor dc-dc converter that offers features of voltage step-down, ...
A fully integrated AC-DC power converter that faces a mains voltage of 120 VRMS, 60 Hz is presented....
This manuscript describes a switched-capacitor current source for applications such as driving high ...
A fully integrated regulated charge pump is designedin 1.2/2.5-V 90-nm CMOS technology. The charge p...
Switched-capacitor power converters, or charge pumps are built from a series of switches and capacit...
In this paper, a novel switching-capacitor DC-DC voltage converter with higher efficiency will be pr...
Portable applications often need step-up power converters in generating from a low battery voltage t...
Area-efficient 4X charge pumps based on a cross-coupled structure that re-uses the 2X output to save...
An integrated 1.8V to 3.3V regulated voltage doubler is presented. Active diodes realized by MOS tra...
This thesis presents a fully integrated switched capacitor DC/DC converter for System on Chip applic...
We report here the design, implementation and analysis o f a new topology of DC-DC converter which c...
As prices fall and performance increases DSP controllers are becoming increasingly attractive for us...
A switch capacitor power converter, also known as a charge pump, is a component in the circuit that ...
This thesis deals with a design, construciton and testing of a switch-mode power supply (SMPS) which...
This paper presents a fully integrated on-chip switched-capacitor (SC) DC–DC converter that supports...
This brief presents a switched-capacitor dc-dc converter that offers features of voltage step-down, ...
A fully integrated AC-DC power converter that faces a mains voltage of 120 VRMS, 60 Hz is presented....
This manuscript describes a switched-capacitor current source for applications such as driving high ...
A fully integrated regulated charge pump is designedin 1.2/2.5-V 90-nm CMOS technology. The charge p...