Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  presents the design and implementation of a 20 MHz voltage mode DC-DC buck converter with high por efficiency. The por efficiency has been improved by minimising the short circuit current in the driver stage. At the same time, a high gain, wide-band error amplifier topology with reduced current consumption, improves various dynamic performance parameters such as settling time, load and line regulations of the converter. A prototype of a 20 MHz DCDC buck converter is implemented and fabricated in 0.5 ?m Bi-CMOS process with a maximum of 600 mA load current driving capability in the input voltage range of 2.7-5.5 V which is suitable for single-cell lithiumion (Li-Ion) battery operated portable applications. A reasonably good settling time of 10 ?s is observed in the measured result with off-chip filter components of L=270 nH, C=1.6 ?F. The measured value of load regulation and line regulation are 1.6 mV/A and 3 mV/V respectively. A maximum of 84% por efficiency is achieved at 2.7 V to 1.2 V conversion. A very low form factor of 2.5 mm× 2.5 mm× 0.7 mm, has been achieved by using por por flip-chip packaging technology.
['Ashis Maity', 'Amit Patra', 'Norihisa Yamamura', 'Jonathan Knight']
I am writing a research paper on a idea Design of a 20 MHz DC-DC Buck Converter with 84 Percent Efficiency for Portable Applications
[{"from": "human", "value": "I am writing a research paper on a idea Design of a 20 MHz DC-DC Buck Converter with 84 Percent Efficiency for Portable Applications"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  presents the design and implementation of a 20 MHz voltage mode DC-DC buck converter with high por efficiency. The por efficiency has been improved by minimising the short circuit current in the driver stage. At the same time, a high gain, wide-band error amplifier topology with reduced current consumption, improves various dynamic performance parameters such as settling time, load and line regulations of the converter. A prototype of a 20 MHz DCDC buck converter is implemented and fabricated in 0.5 ?m Bi-CMOS process with a maximum of 600 mA load current driving capability in the input voltage range of 2.7-5.5 V which is suitable for single-cell lithiumion (Li-Ion) battery operated portable applications. A reasonably good settling time of 10 ?s is observed in the measured result with off-chip filter components of L=270 nH, C=1.6 ?F. The measured value of load regulation and line regulation are 1.6 mV/A and 3 mV/V respectively. A maximum of 84% por efficiency is achieved at 2.7 V to 1.2 V conversion. A very low form factor of 2.5 mm\u00d7 2.5 mm\u00d7 0.7 mm, has been achieved by using por por flip-chip packaging technology."}]