Wen D Lin

6410974, Jun 25, 2002

Mar 5, 2001

09/800049

Jerome Tsu-Rong Chu - Orlando FL
John D. LaBarre - Walnutport PA
Wen Lin - Allentown PA
Blair Miller - New Ringgold PA

Agere Systems Guardian Corp. - Orlando FL

H01L 2976

257531, 257328, 438369

The present invention provides for a method of manufacturing a simplified high Q inductor substrate and a semiconductor device having that substrate. The method for manufacturing the simplified high Q inductor substrate preferably includes forming a base substrate over a semiconductor wafer, wherein the base substrate has a given dopant concentration and then forming an epitaxial (EPI) layer over the base substrate. The EPI layer includes epitaxially forming a first doped region in the EPI layer over the base substrate and then epitaxially forming a second doped region in the EPI layer over the first doped region. The first doped region has a dopant concentration greater than the given dopant concentration of the base substrate, and the second doped region has a dopant concentration less than the first doped region.

6737339, May 18, 2004

Oct 24, 2001

10/003873

Wen Lin - Allentown PA
Charles W. Pearce - Emmaus PA

Agere Systems Inc. - Allentown PA

H01L 2120

438491, 438495, 438499, 117 94

The present invention provides a semiconductor device, a method of manufacture therefor, and an integrated circuit including the same. The semiconductor device may include a doped buried layer located over a doped substrate and a doped epitaxial layer located over the doped buried layer. The semiconductor device may further include a first doped lattice matching layer located between the substrate and the buried layer and a second doped lattice matching layer located between the doped buried layer and the doped epitaxial layer.

6839683, Jan 4, 2005

Feb 15, 2000

09/504180

Jay S. Walker - Ridgefield CT, US
Wen Yan Lin - New York NY, US
James A. Jorasch - Stamford CT, US
Magdalena Mik - Greenwich CT, US
Keith Bemer - New York NY, US
Timothy A. Palmer - Stamford CT, US
Joseph R. Rutledge - Easton CT, US
Marisa S. Doré - Stamford CT, US

Walker Digital, LLC - Stamford CT

G06F 1760
G06F 1700

705 14

Systems and methods are provided using a stored benefit to facilitate a transaction in which a buyer offers to purchase a product. According to one embodiment, offer information, including an offer amount, is received from a buyer. The offer information may be received, for example, via a Web page. An indication that the buyer is willing to redeem one or more stored benefits is also received. A stored benefit may be, for example, a token associated with the buyer when he or she applies for a service. A value associated with the stored benefit is determined, and the offer information is evaluated based on the offer amount, the value associated with the stored benefit, and an amount associated with a product. According to one embodiment, the offer information includes a product category, and the product provided to the buyer is determined based on the product category.

6855991, Feb 15, 2005

Mar 31, 2004

10/814680

Wen Lin - Allentown PA, US
Charles W. Pearce - Emmaus PA, US

Agere Systems Inc. - Allentown PA

H01L031/119

257376, 257385, 257492, 257493, 438491, 438495, 438499

The present invention provides a semiconductor device, a method of manufacture therefor, and an integrated circuit including the same. The semiconductor device may include a doped buried layer located over a doped substrate and a doped epitaxial layer located over the doped buried layer. The semiconductor device may further include a first doped lattice matching layer located between the substrate and the buried layer and a second doped lattice matching layer located between the doped buried layer and the doped epitaxial layer.

7524739, Apr 28, 2009

Feb 22, 2007

11/677871

Wen Lin - Emmaus PA, US

S.O.I.Tec Silicon on Insulator Technologies - Bernin

H01L 21/20
H01L 21/36

438479, 438478, 438481, 438482, 257E21001, 257E21598

The invention relates to a method of improving a surface of a semiconductor substrate which is at least partially made of silicon. Defects present in or on the semiconductor substrate can be really repaired to provide a semiconductor substrate with a high surface quality. This is achieved by a selective epitaxial deposition in the at least one hole in the surface of the semiconductor substrate. Generally, the deposition step is preceded by an etching step which removes the defects and leaves behind at least one hole that can be plugged or filled with the selective epitaxial deposition of silicon to repair the substrate.

7526440, Apr 28, 2009

Jun 9, 2004

10/864834

Jay S. Walker - Ridgefield CT, US
Wen Y. Lin - New York NY, US
Russell P. Sammon - Pacifica CA, US
Norman C. Gilman - New York NY, US
Geoffrey M. Gelman - Stamford CT, US
Dean P. Alderucci - Westport CT, US

Walker Digital, LLC - Stamford CT

G06Q 30/00

705 26, 705 27

In accordance with one or more embodiments, a system determines an image, selects a panel of participants, and outputs the image to each of the participants of the panel of participants. The image may be an image of a garment a shopper is considering purchasing, an image of the shopper wearing the garment, or an image of a virtual model of the shopper combined with an image of the garment. The panel of participants may be selected based on a characteristic associated with the shopper. The image may be output to the panel of participants along with a request for an opinion regarding the garment (e. g. , “Buy It” or “Don't Buy It”). The responses may be collected from the participants and an indication of the results may be output to the shopper.

7639048, Dec 29, 2009

Jul 28, 2005

11/815377

Wen T. Lin - Spring House PA, US

Keystone Semiconductor, Inc. - Spring House PA

H03D 13/00

327 3, 327 7

A system and method for detecting a phase and a frequency and an arrival-time difference between two signals ( and ) that minimizes delay and jitter, and has stable operation even when the two signals ( and ) are essentially identical. The system includes two single-ended charge-pump (), phase-frequency detection (PFD) circuits (). The first PFD is stable when a reference signal, supplied to a polarity determining flip-flop, leads the signal to be synchronized. A second, complementary, PFD circuit is stable, but has an inverted polarity output, when the signal to be synchronized, supplied to a polarity determining flip-flop, leads the reference signal. A polarity-selection logic-circuit () ensures that the first activated PFD controls the polarity a single-ended charge pump () for a time-period determined by the delay between the activation of the polarity determining and non-polarity determining flip-flops of the selected PFD.

7817459, Oct 19, 2010

Jan 24, 2008

12/019391

Wen T. Lin - Ambler PA, US

Keystone Semiconductor Inc. - Spring House PA

G11C 11/00

365154, 365156

Positive logic circuits, systems and methods using MOSFETs operated in a depletion-mode, including electrostatic discharge protection circuits (ESD), non-inverting latches and buffers, and one-to-three transistor static random access memory cells. These novel circuits supplement enhancement-mode MOSFET technology and are also intended to improve the reliability of the complementary metal-oxide-semiconductor (CMOS) integrated circuit (IC) products.