P

Inventor

HUANG LILLY

US38 patents
⚠️ This page may combine multiple inventors who share the name “HUANG LILLY”. Patents are grouped by organization below to help distinguish them — per-person disambiguation is on the roadmap.

INTEL CORP

32 patents
US8856562B2Oct 7, 2014

Switched capacitor voltage regulator with high efficiency over a wide voltage range

INTEL CORP30 citations92
US7652459B2Jan 26, 2010

Adaptive controller with mode tracking and parametric estimation for digital power converters

INTEL CORP28 citations92
US7541693B2Jun 2, 2009

Power distribution network for computer systems and other low-power applications

INTEL CORP32 citations92
US6611435B2Aug 26, 2003

voltage regulator with voltage droop compensation

INTEL CORP32 citations92
US7719251B2May 18, 2010

Enhancement of power conversion efficiency using dynamic load detecting and tracking

INTEL CORP24 citations91
US7667447B2Feb 23, 2010

Load adaptive power delivery

INTEL CORP16 citations91
US7368897B2May 6, 2008

Load adaptive power converter

INTEL CORP51 citations91
US6747855B2Jun 8, 2004

Innovative regulation characteristics in multiple supply voltages

INTEL CORP19 citations91
US6639391B2Oct 28, 2003

Variable switching frequency voltage regulator to optimize power loss

INTEL CORP24 citations91
US9037883B2May 19, 2015

Apparatus, method, and system for improved power delivery performance with a dynamic voltage pulse scheme

INTEL CORP8 citations84
US7484108B2Jan 27, 2009

Enhancing power delivery with transient running average power limits

INTEL CORP15 citations84
US9601938B2Mar 21, 2017

Battery charger for different power sources

INTEL CORP7 citations83
US9184627B2Nov 10, 2015

Charging system for electronic device

INTEL CORP8 citations83
US7869228B2Jan 11, 2011

Power delivery systems and methods with dynamic look-up table

INTEL CORP11 citations83
US7692329B2Apr 6, 2010

Current sharing for multiphase power conversion

INTEL CORP15 citations83
US7519839B2Apr 14, 2009

Method for optimizing platform power delivery

INTEL CORP11 citations83
US10615685B2Apr 7, 2020

Deriving power output from an energy harvester

INTEL CORP2 citations73
US9812952B2Nov 7, 2017

Enhanced transient response to supply power from energy harvesters

INTEL CORP6 citations72
US9287702B2Mar 15, 2016

Universal power interface

INTEL CORP6 citations72
US6739879B2May 25, 2004

Ball grid array circuit board jumper

INTEL CORP9 citations72
US9798367B2Oct 24, 2017

Controlling supply of power to computing devices with dynamically variable energy capacity

INTEL CORP5 citations67
US7525861B2Apr 28, 2009

Memory power delivery noise suppression

INTEL CORP2 citations63
US10958163B2Mar 23, 2021

Deriving power output from an energy harvester

INTEL CORP0 citations62
US8026706B2Sep 27, 2011

Adaptive controller with mode tracking and parametric estimation for digital power converters

INTEL CORP5 citations62
US7772819B2Aug 10, 2010

Systems and methods for improved coupled inductor topology efficiency utilizing a light load signal

INTEL CORP2 citations62
US10326293B2Jun 18, 2019

Control of output power of a battery charger for charging a battery of an electronic device from an energy source

INTEL CORP1 citations61
US7132764B2Nov 7, 2006

Innovative regulation characteristics in multiple supply voltages

INTEL CORP4 citations61
US6952783B2Oct 4, 2005

Multiple return terminal power supply methods and apparatus

INTEL CORP6 citations61
US10320197B2Jun 11, 2019

Apparatus and method for reduced energy retention in an energy transfer system

INTEL CORP0 citations51
US9281699B2Mar 8, 2016

Electronic device to be powered by alternative power source

INTEL CORP1 citations51
US10224743B2Mar 5, 2019

Power self-identifying energy harvesters

INTEL CORP0 citations41
US9997942B2Jun 12, 2018

Battery charging method and apparatus with power point check and switchable control

INTEL CORP0 citations39

HUANG LILLY

5 patents

RAVICHANDRAN KRISHNAN

1 patent