Renaldi Winoto

7767995, Aug 3, 2010

Aug 29, 2007

11/846993

Robert B. Staszewski - Garland TX, US
Renaldi Winoto - Albany CA, US
Dirk Leipold - Igis, CH

Texas Instruments Incorporated - Dallas TX

H01L 29/06

257 9, 257 23, 257104, 257E39013, 977937, 438590, 438979

A method of providing a p-type substrate, disposing a pad oxide layer on the p-type substrate, disposing a nitride layer on the pad oxide layer, forming a nitride window in the nitride layer, disposing a field oxide in the nitride window, disposing a polysilicon gate over the field oxide, and diffusing a n-doped region in the p-type substrate, thereby forming at least one single-electron tunnel junction between the polysilicon gate and the n-doped region.

8017935, Sep 13, 2011

Aug 29, 2007

11/847008

Robert B. Staszewski - Garland TX, US
Renaldi Winoto - Albany CA, US
Dirk Leipold - Igis, CH

Texas Instruments Incorporated - Dallas TX

H01L 33/04

257 27, 257321, 257 30, 257 25, 257E29322, 257E39013, 257E29301, 977937

A method of manufacturing a parallel redundant array of single-electron devices. The method includes (a) providing a mask for diffusing a plurality of n-doped regions defined by a first set of a plurality of active regions, (b) providing a mask for disposing a plurality of polysilicon gates defined by a second set of a plurality of exposed regions, wherein an offset between a first member of the plurality of the exposed region of the first set differs in offset from a second member of the plurality of the exposed region of the second set, and (c) fabricating the parallel redundant array of single-electron devices as a function of the offset.

8467750, Jun 18, 2013

Oct 14, 2011

13/273487

Saeed Chehrazi - La Jolla CA, US
Renaldi Winoto - Danville CA, US
Jinho Park - San Jose CA, US

Marvell World Trade Ltd. - St. Michael

H04B 1/04

4551272, 4551273

Disclosed is a radio frequency (RF) communication circuit having an input for receiving an RF signal and providing independently gain controlled signal paths from the input. In a first signal path, the signal is amplified by a constant gain. In a second signal path, the signal is amplified by a constant gain and by a variable gain amplifier.

8638168, Jan 28, 2014

Jun 7, 2012

13/490901

David M. Signoff - Mountain View CA, US
Li Lin - Saratoga CA, US
Renaldi Winoto - Danville CA, US
Wayne A. Loeb - San Francisco CA, US
Shu-Hsien Liao - Sunnyvale CA, US
Ming He - Fremont CA, US

Marvell International Ltd. - Hamilton

H03F 3/68

330124R, 330295

Systems and methods for power amplification using multiple digital amplifiers are provided. A power amplifier includes a first digital amplifier configured to process a digital input signal to generate a first analog output signal. The first analog output signal is configured to have a magnitude corresponding to amplitude information of the digital input signal. The power amplifier further includes a second digital amplifier configured to process an adjusted digital input signal to generate a second analog output signal. The second analog output signal is configured to have a magnitude corresponding to amplitude information of the adjusted digital input signal. An adjustment module configured to adjust amplitude information and phase information of the digital input signal generates the adjusted digital input signal. The digital input signal is adjusted to control a relationship between the first analog output signal and the second analog output signal.

20080061892, Mar 13, 2008

Aug 29, 2007

11/846987

Robert Staszewski - Garland TX, US
Renaldi Winoto - Albany CA, US
Dirk Leipold - lgis, CH

Texas Instruments Incorporated - Dallas TX

H03B 28/00
H04B 1/40

331055000, 33110700R, 331158000, 331167000, 455550100, 455073000

A system for reducing phase-noise in a resonant tank circuit. The system includes a single-electron device configured to inject a single electron into the oscillator circuit tank circuit. The system further includes a synchronizer coupled to the single-electron device and configured to cause the single-electron device to inject the single electron into the resonant tank circuit at a phase based on an extreme (maximum or minimum) electrical characteristic output of the resonant tank circuit.

20110285475, Nov 24, 2011

May 13, 2011

13/107729

Yuan Lu - Sunnyvale CA, US
Renaldi Winoto - Danville CA, US
Jinho Park - San Jose CA, US
Li Lin - Saratoga CA, US
Xinhua Chen - Santa Clara CA, US
Ming He - Fremont CA, US
David Signoff - Mountain View CA, US
Wayne Loeb - San Francisco CA, US

H01P 1/15

333104

Disclosed is a transmit/receive circuit arrangement wherein a transceiver circuit including a transmit/receive switch is fabricated on an integrated circuit chip. A matching network is wholly disposed off-chip relative to the integrated circuit chip. In embodiments, at least a portion of the matching network is formed off-chip and a portion of the matching network is formed on-chip.

20120142298, Jun 7, 2012

Nov 30, 2011

13/308325

Renaldi Winoto - Danville CA, US
Jinho Park - San Jose CA, US

H04B 1/10

4552341

A receiver includes an antenna configured to receive a set of RF signals, and a low-noise amplifier (LNA) coupled to the antenna and amplify the set of RF signals to generate a set of amplified signals. The receiver further includes a down-conversion mixer configured to down convert the set of amplified signals to baseband frequencies. The receiver further includes a low-pass filter configured to filter from the set of amplified signals to baseband frequencies an out-of-band signal. The receiver further includes a high-pass filter configured to reverse the filtering of the low-pass filter. The receiver further includes a peak detector configured to determine whether the LNA is operating at saturation; and an automatic-gain controller configured to decrease a gain of the LNA based on the determination of the peak detector.

20130252565, Sep 26, 2013

May 28, 2013

13/903324

- St. Michael, BB
Renaldi Winoto - Danville CA, US
Jinho Park - San Jose CA, US

MARVELL WORLD TRADE LTD. - St. Michael

H04B 1/04

4551272

Disclosed is a radio frequency (RF) communication circuit having an input for receiving an RF signal and providing independently gain controlled signal paths from the input. In a first signal path, the signal is amplified by a constant gain. In a second signal path, the signal is amplified by a constant gain and by a variable gain amplifier.