Rogers; Alan C.

Patent Applications and Registrations

Patent applications and USPTO patent grants for Rogers; Alan C..The latest application filed is for "method and circuits to provide higher supply voltage for analog components from lower supply voltages".

Company Profile

10.31.14

Rogers; Alan C. - Palo Alto CA
Rogers; Alan C. - Anaheim CA US
Rogers; Alan C. - South Portland ME

*profile and listings may contain filings by different individuals or companies with the same name. Review application materials to confirm ownership/assignment.

Patent Activity

Patent	Date
Method and circuits to provide higher supply voltage for analog components from lower supply voltages Grant 11,360,500 - Rogers June 14, 2	2022-06-14
Method and circuits for fine-controlled phase/frequency offsets in phase-locked loops Grant 11,211,937 - Rogers , et al. December 28, 2	2021-12-28
Method And Circuits To Provide Higher Supply Voltage For Analog Components From Lower Supply Voltages App 20210397206 - Rogers; Alan C.	2021-12-23
Passive Linear Equalizer For Serial Wireline Receivers App 20210351963 - Rogers; Alan C. ; et al.	2021-11-11
Method and circuits for charge pump devices of phase-locked loops Grant 11,115,030 - Rogers , et al. September 7, 2	2021-09-07
Method And Circuits For Fine-controlled Phase/frequency Offsets In Phase-locked Loops App 20210175890 - Rogers; Alan C. ; et al.	2021-06-10
Method and circuits to provide higher supply voltage for analog components from lower supply voltages Grant 10,983,543 - Rogers April 20, 2	2021-04-20
Passive Linear Equalizer for Serial Wireline Receivers App 20210075653 - Rogers; Alan C. ; et al.	2021-03-11
Passive linear equalizer for serial wireline receivers Grant 10,944,602 - Rogers , et al. March 9, 2	2021-03-09
Method and circuits for reducing noise in phase-locked loops Grant 10,833,684 - Bhagwan , et al. November 10, 2	2020-11-10
Method and circuits for fine-controlled phase/frequency offsets in phase-locked loops Grant 10,797,709 - Rogers , et al. October 6, 2	2020-10-06
Method and circuits for phase-locked loops Grant 10,567,153 - Rogers , et al. Feb	2020-02-18
Method And Circuits For Phase-locked Loops App 20190319778 - Rogers; Alan C. ; et al.	2019-10-17
Method And Circuits For Charge Pump Devices Of Phase-locked Loops App 20190222216 - Rogers; Alan C. ; et al.	2019-07-18
Method And Circuits For Fine-controlled Phase/frequency Offsets In Phase-locked Loops App 20190207610 - Rogers; Alan C. ; et al.	2019-07-04
Method and circuits for phase-locked loops Grant 10,270,584 - Rogers , et al.	2019-04-23
Method and circuits for fine-controlled phase/frequency offsets in phase-locked loops Grant 10,236,895 - Rogers , et al.	2019-03-19
Method and circuits for charge pump devices of phase-locked loops Grant 10,193,560 - Rogers , et al. Ja	2019-01-29
LIDAR device and method for clear and degraded environmental viewing conditions Grant 10,078,137 - Ludwig , et al. September 18, 2	2018-09-18
Method And Circuits For Phase-locked Loops App 20180241541 - Rogers; Alan C. ; et al.	2018-08-23
Method And Circuits For Charge Pump Devices Of Phase-locked Loops App 20180183446 - Rogers; Alan C. ; et al.	2018-06-28
Method and circuits for phase-locked loops Grant 9,900,144 - Rogers , et al. February 20, 2	2018-02-20
Method And Circuits For Phase-locked Loops App 20170295009 - Rogers; Alan C. ; et al.	2017-10-12
LIDAR Device and Method for Clear and Degraded Environmental Viewing Conditions App 20140375977 - Ludwig; David ; et al.	2014-12-25
Phase shift phase locked loop Grant 8,866,556 - Rogers October 21, 2	2014-10-21
Multi-variable multi-wire interconnect Grant 8,742,957 - Ang , et al. June 3, 2	2014-06-03
Multi-variable Multi-wire Interconnect App 20120154183 - Ang; Michael A. ; et al.	2012-06-21
Phase Shift Phase Locked Loop App 20100219894 - Rogers; Alan C.	2010-09-02
PLL system clock generator with instantaneous clock frequency shifting Grant 5,982,210 - Rogers November 9, 1	1999-11-09
Apparatus and method for improving the noise immunity of a dynamic logic signal repeater Grant 5,889,417 - Klass , et al. March 30, 1	1999-03-30
CMOS voltage regulator Grant 5,629,613 - Marzolf , et al. May 13, 1	1997-05-13
Digital damping method and apparatus for phase-locked loops Grant 5,600,272 - Rogers February 4, 1	1997-02-04
Regulated complementary charge pump circuit Grant 5,592,370 - Rogers January 7, 1	1997-01-07
Zero latency synchronized method and apparatus for system having at least two clock domains Grant 5,548,620 - Rogers August 20, 1	1996-08-20
Digital damping method and apparatus for phase-locked loops Grant 5,371,425 - Rogers December 6, 1	1994-12-06
Voltage interfacing buffer with isolation transistors used for overvoltage protection Grant 5,300,832 - Rogers April 5, 1	1994-04-05
Compensating lead structure for distributed IC components Grant 5,289,040 - Rogers February 22, 1	1994-02-22
High reliability phase-locked loop Grant 5,220,293 - Rogers June 15, 1	1993-06-15
Reset gate for a phase detector in a phase-locked loop Grant 5,191,239 - Rogers March 2, 1	1993-03-02
TTL to CMOS translating circuits without static current Grant 5,087,841 - Rogers February 11, 1	1992-02-11
Anti-noise circuits Grant 5,049,763 - Rogers September 17, 1	1991-09-17

uspto.report is an independent third-party trademark research tool that is not affiliated, endorsed, or sponsored by the United States Patent and Trademark Office (USPTO) or any other governmental organization. The information provided by uspto.report is based on publicly available data at the time of writing and is intended for informational purposes only.

While we strive to provide accurate and up-to-date information, we do not guarantee the accuracy, completeness, reliability, or suitability of the information displayed on this site. The use of this site is at your own risk. Any reliance you place on such information is therefore strictly at your own risk.

All official trademark data, including owner information, should be verified by visiting the official USPTO website at www.uspto.gov. This site is not intended to replace professional legal advice and should not be used as a substitute for consulting with a legal professional who is knowledgeable about trademark law.