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Assignee profile:

LEADIS TECHNOLOGY, INC.

City:

Sunnyvale, California

Country:

United States

Published Applications:

Last publication date:

2010-11-04

Patent Grants:

Last grant date:

2012-08-21

Top Inventors for applications by LEADIS TECHNOLOGY, INC.

These are the the leading inventors for applications assigned to LEADIS TECHNOLOGY, INC.:

Cary L. Delano 7 Los Altos, CA United States
Keunmyung Lee 5 Palo Alto, CA United States
Brian B. North 4 Los Gatos, CA United States
Walter Edward Naugler 4 Katy, TX United States

Tae Kwang Park 3 Seoul, South Korea
Yung Jin Jeon 3 Uiwang-si, South Korea
William R. Chester 2 Morgan Hill, CA United States
Walter Edward Naugler, JR. 2 Katy, TX United States

Chan Young Jeong 2 Seongnam-si, South Korea
Charles Henry Seaborg, JR. 1 Fremont, CA United States
Dae Young Ahn 1 Seoul, South Korea
William Robert Bidermann 1 San Diego, CA United States

Chang Oon Kim 1 Yongin-si, South Korea
Yung Jin Jeon 1 Uwang-si, South Korea
Sung Tae Ahn 1 Palo Alto, CA United States
James Leo McCreary 1 Los Altos, CA United States

In Wook LEE 1 Yongin-si, South Korea
Sung Gu Kang 1 San Jose, CA United States
Yeon-Sook Park 1 Seoul, South Korea
Christopher William DEWS 1 Fremont, CA United States

Cheon Hong Kim 1 Sunnyvale, CA United States
Young Seok Sohn 1 Yongin-si, South Korea
Rohit Mittal 1 Sunnyvale, CA United States
Chang Oon Kim 1 Seoul, South Korea

Jeong Hwan Lee 1 Daegu-si, South Korea
Jose Ignacio Arreola 1 Mountain View, CA United States
Koanyel Jeong 1 San Jose, CA United States
Donato Montanari 1 Central, Hong Kong

Dong Hyun Shin 1 Seoul, South Korea
Eun Jin Lee 1 Ansan-si, South Korea
Sung Tae Ahn 1 Seoul, South Korea

Recent patent applications by LEADIS TECHNOLOGY, INC.

LEADIS TECHNOLOGY, INC. based in Sunnyvale, US has been assigned the rights to these inventions. The list includes both Pending Applications and Patent Grants:

#1 | 2010-11-04

US20100277400A1

Physics

CORRECTION OF AGING IN AMOLED DISPLAY

#2 | 2010-03-18

US20100065341A1

Physics

DRIVING SCANNED CHANNEL AND NON-SCANNED CHANNELS OF A TOUCH SENSOR WITH SAME AMPLITUDE AND SAME PHASE

#3 | 2009-10-29 ✅ Patent 8,248,383 granted on 2012-08-21

US20090267914A1

Physics

Multi-touch touch screen with single-layer ITO bars arranged in parallel

#4 | 2009-09-10

US20090225044A1

Physics

DETERMINING TOUCH ON KEYS OF TOUCH SENSITIVE INPUT DEVICE

#5 | 2009-08-27 ✅ Patent 8,624,805 granted on 2014-01-07

US20090213049A1

Physics

Correction of TFT non-uniformity in AMOLED display

#6 | 2009-08-06

US20090195483A1

Physics

USING STANDARD CURRENT CURVES TO CORRECT NON-UNIFORMITY IN ACTIVE MATRIX EMISSIVE DISPLAYS

#7 | 2009-07-09 ✅ Patent 8,723,807 granted on 2014-05-13

US20090174686A1

Physics

Combined touch sensor and LED driver with n-type MOSFET protecting touch sensor

#8 | 2009-03-19 ✅ Patent 8,169,387 granted on 2012-05-01

US20090073096A1

Electricity

Programmable LED driver

#9 | 2009-03-12

US20090066665A1

Physics

Device and Method for Driving a Touch Pad

#10 | 2008-12-25 ✅ Patent 7,649,415 granted on 2010-01-19

US20080315955A1

Electricity

Class L amplifier

#11 | 2008-11-20

US20080284759A1

Physics

DISPLAY ELEMENT DRIVING DEVICE AND METHOD THEREOF

#12 | 2008-10-30

US20080266214A1

Physics

SUB-PIXEL CURRENT MEASUREMENT FOR OLED DISPLAY

#13 | 2008-10-23 ✅ Patent 7,619,480 granted on 2009-11-17

US20080258811A1

Electricity

Distributed class G type amplifier switching method

#14 | 2008-09-25

US20080231566A1

Physics

MINIMIZING DARK CURRENT IN OLED DISPLAY USING MODIFIED GAMMA NETWORK

#15 | 2008-09-25 ✅ Patent 8,077,123 granted on 2011-12-13

US20080231558A1

Physics

Emission control in aged active matrix OLED display using voltage ratio or current ratio with temperature compensation

#16 | 2008-09-25

US20080231557A1

Physics

EMISSION CONTROL IN AGED ACTIVE MATRIX OLED DISPLAY USING VOLTAGE RATIO OR CURRENT RATIO

#17 | 2008-07-03 ✅ Patent 7,522,433 granted on 2009-04-21

US20080157855A1

Electricity

Efficient voltage rail generation

#18 | 2008-03-20

US20080068079A1

Electricity

Efficient Narrow Band Amplification Using Phase Amplifier

#19 | 2008-03-20

US20080068074A1

Electricity

Efficient Narrow Band Amplification Using Linear Amplifier

#20 | 2008-01-24 ✅ Patent 8,081,785 granted on 2011-12-20

US20080019546A1

Electricity

High efficiency converter providing switching amplifier bias

#21 | 2008-01-10 ✅ Patent 7,408,414 granted on 2008-08-05

US20080007337A1

Electricity

Distributed class G type amplifier switching method

#22 | 2007-12-13

US20070285176A1

Electricity

Phase-Slipping Phase-Locked Loop

#23 | 2007-10-11

US20070236295A1

Electricity

FM Power Amplifier With Antenna Power Control

#24 | 2007-10-11 ✅ Patent 7,498,880 granted on 2009-03-03

US20070236294A1

Electricity

Class L amplifier

#25 | 2007-09-27 ✅ Patent 8,081,777 granted on 2011-12-20

US20070223738A1

Electricity

Volume-based adaptive biasing

#26 | 2006-06-27 ✅ Patent 7,068,248 granted on 2006-06-27

US10232595

Column driver for OLED display

#27 | 2006-05-16 ✅ Patent 7,046,222 granted on 2006-05-16

US10232575

Single-scan driver for OLED display

#28 | 2006-03-21 ✅ Patent 7,015,889 granted on 2006-03-21

US10232593

Method and apparatus for reducing output variation by sharing analog circuit characteristics

#29 | 2006-02-02 ✅ Patent 7,358,939 granted on 2008-04-15

US20060022964A1

Physics

Removing crosstalk in an organic light-emitting diode display by adjusting display scan periods

#30 | 2005-07-19 ✅ Patent 6,919,872 granted on 2005-07-19

US10082942

Method and apparatus for driving STN LCD

AssigneeID:

218669 ⎘