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George Gabor, 722751 Esaw St, Minden, NV 89423

George Gabor Phones & Addresses

2751 Esaw St, Minden, NV 89423   

Lafayette, CA   

Fernley, NV   

Carson City, NV   

Mentions for George Gabor

Resumes

Resumes

George Gabor Photo 1

Coordonator At Tmtk No

Position:
Coordonator at TMTK NO
Location:
Galati County, Romania
Industry:
Mechanical or Industrial Engineering
Work:
TMTK NO - Haugesund, Norway since Jun 2012
Coordonator
S.C. Beyler S.A. - Galati County, Romania Jun 2010 - Jun 2012
Operational Manager
SC HIDROTEHNICA SA GALATI Jul 1998 - Jun 2002
PRODUCTION ENGINEER
Education:
LMK Galati 1989 - 1993
Mathematics and Physics, Mathematics and Physics
George Gabor Photo 2

George Gabor

Business Records

Name / TitleCompany / ClassificationPhones & Addresses
George Gabor
M
Armil Properties, LLC 508 Warwick Ln, Concord, CA 94520
2791 Esaw St, Minden, NV 89423
301 Crestmont Dr, Oakland, CA 94619
George Gabor
M
Convair, LLC 508 Warwick Ln, Concord, CA 94520
2791 Esaw St, Minden, NV 89423
301 Crestmont Dr, Oakland, CA 94619
512 Lark Ct, Novato, CA 94947
George P. Gabor
Partner
OLIVE LLP
George Gabor
M
Starfire Service, LLC 508 Warwick Ln, Concord, CA 94520
2791 Esaw St, Minden, NV 89423
301 Crestmont Dr, Oakland, CA 94619
George Gabor
Director, President, Secretary, Treasurer
Gabor Consulting, Inc PO Box 400, Carson City, NV 89702
George Gabor
M
Silver Lace Development, LLC 508 Warwick Ln, Concord, CA 94520
2791 Esaw St, Minden, NV 89423
301 Crestmont Dr, Oakland, CA 94619
George Gabor
M
I Power Technology, LLC 508 Warwick Ln, Concord, CA 94520
2791 Esaw St, Minden, NV 89423
301 Crestmont Dr, Oakland, CA 94619

Publications

Us Patents

Power Semiconductor Packaging

US Patent:
6384492, May 7, 2002
Filed:
May 5, 1999
Appl. No.:
09/305555
Inventors:
Arthur H. Iversen - Saratoga CA
George Gabor - Lafayette CA
Assignee:
Spinel LLC - Lafayette CA
International Classification:
H01L 2500
US Classification:
307147, 307131, 307150, 257691, 257713, 257724, 327564, 327565
Abstract:
Power output switching circuit for use in high current and high frequency applications. The output circuit provides a series of geometrically symmetric, parallel spaced semiconductor converters arranged such that the voltage for each semiconductor output device is substantially equal and minimal for each device. In this way, each device exhibits substantially the same impedance, such that circuit performance is largely a function of intrinsic device characteristics, and substantially independent of cross coupling and other external influences.

Low Line Harmonic Ac To Dc Power Supply

US Patent:
5638265, Jun 10, 1997
Filed:
Oct 21, 1994
Appl. No.:
8/325231
Inventors:
George Gabor - Lafayette CA
International Classification:
H02M 542
US Classification:
363 89
Abstract:
The PWM control scheme is illustrated in conjunction with a power distribution control circuit (30), wherein the duty cycle of converter (32) is suitably controlled by a number of feedback loops embodying various parameters, for example a voltage error signal, an average (e. g. RMS) value of the input voltage (Vin). Circuit (30) comprises a rectifying circuit (42), a converter circuit (32), for example an AC-DC converter, a capacitor (C), an oscillator and PWM circuit (44), an error signal (46), a multiplier circuit (48), a differencing amplifier (50), and a synthesizing circuit (52). Circuit (30) appears as a resistive load to the line for feed PWM, a fixed load, and a fixed RMS input voltage. To stabilize the output voltage (Vout), the pulse width signal (44a) applied to converter suitably varies in proportion to both changes in the RMS value of the input voltage and the output voltage. The output voltage error signal applied to multiplier circuit by error circuit provides the correction value for Vout variations.

Apparatus For Suppressing Nonlinear Current Drawing Characteristics

US Patent:
6191676, Feb 20, 2001
Filed:
Oct 18, 1999
Appl. No.:
9/420069
Inventors:
George Gabor - Lafayette CA
Assignee:
Spinel LLC - Saratoga CA
International Classification:
H01F 2108
H02M 542
US Classification:
336160
Abstract:
Methods and apparatus are disclosed for suppressing or eliminating nonlinear current drawing characteristics, while at the same time substantially eliminating high order current harmonics. In accordance with various aspects of the present invention, an energy transfer system, for example a pulse width modulator (PWM) flyback converter (22), comprises an inductor (L) interposed between the AC line voltage and the load (R. sub. load), with a controllable switch (26) provided between the inductor (L) and the negative supply leg of a rectifier circuit (10). The duty cycle of the converter switch (26) is suitably controlled to produce a substantially constant DC output from the converter (22). Proper synchronization of the converter switch (26) ensures that the current through the inductor (L) and the output current through the load (R. sub. load) remains in phase with the AC supply voltage.

Power Semiconductor Packaging

US Patent:
5537074, Jul 16, 1996
Filed:
May 10, 1994
Appl. No.:
8/211880
Inventors:
Arthur H. Iversen - Saratoga CA
George Gabor - Lafayette CA
International Classification:
H01L 2500
H01L 2334
US Classification:
327564
Abstract:
Power output switching circuit (215) for use in high current and high frequency applications. The output circuit provides a series of geometrically symmetric parallel spaced semiconductor converters (214A, 214B, 216A, 216B) arranged such that the voltage for each semiconductor output device is substantially equal and minimal for each device. In this way, each device exhibits substantially the same impedance, such that circuit performance is largely a function of intrinsic device characteristics, and substantially independent of cross coupling and another external influences.

Power Semiconductor Packaging

US Patent:
RE35807, May 26, 1998
Filed:
Nov 5, 1996
Appl. No.:
8/743656
Inventors:
Arthur H. Iversen - Saratoga CA
George Gabor - Lafayette CA
International Classification:
H01L 2500
H01L 2334
US Classification:
327564
Abstract:
Power output switching circuit (215) for use in high current and high frequency applications. The output circuit provides a series of geometrically symmetric parallel spaced semiconductor converters (214A, 214B, 216A, 216B) arranged such that the voltage for each semiconductor output device is substantially equal and minimal for each device. In this way, each device exhibits substantially the same impedance, such that circuit performance is largely a function of intrinsic device characteristics, and substantially independent of cross coupling and another external influences.

Rf Driven Sulfur Lamp Having Driving Electrodes Which Face Each Other

US Patent:
5914564, Jun 22, 1999
Filed:
Apr 7, 1994
Appl. No.:
8/224036
Inventors:
George Gabor - Lafayette CA
Thomas Robert Orr - Castro Valley CA
Charles Maurice Greene - Oakland CA
Douglas Gordon Crawford - Orinda CA
Samuel Maurice Berman - San Francisco CA
Assignee:
The Regents of the University of California - Oakland CA
International Classification:
H01J 6504
US Classification:
315 39
Abstract:
A high intensity discharge lamp without mercury is disclosed radiating a selected spectrum of which can be almost entirely in the visible range from an envelope that contains a sulfur containing substance. The lamp utilizes a signal source that generates an excitation signal that is externally coupled to the exterior surface of the envelope to excite the enclosed sulfur containing substance. Various embodiments of the lamp use electrodes adjacent the envelope to couple the excitation signal thereto with the face of the electrodes shaped to complement the shape of the exterior surface of the envelope. Two shapes discussed are spherical and cylindrical. To minimize filamentary discharges each envelope may include an elongated stem affixed to the exterior thereof whereby a rotational subsystem spins the envelope. In yet another embodiment the envelope has a Dewar configuration with two electrodes, one positioned near the external curved side surface of the body, and a second to the inner surface of the hole through the envelope. Further, the envelope may contain a backfill of a selected inert gas to assist in the excitation of lamp with that backfill at a pressure of less than 1 atmosphere, wherein the backfill pressure is directly related to the increase or decrease of peak output and inversely related to the increase and decrease of the emitted spectrum from the envelope.

Power Semiconductor Packaging

US Patent:
6160326, Dec 12, 2000
Filed:
Dec 14, 1999
Appl. No.:
9/460784
Inventors:
Arthur H. Iversen - Saratoga CA
George Gabor - Lafayette CA
International Classification:
H01L 2500
US Classification:
307147
Abstract:
Power output switching circuit for use in high current and high frequency applications. The output circuit provides a series of geometrically symmetric, parallel spaced semiconductor converters arranged such that the voltage for each semiconductor output device is substantially the same impedance, such that circuit performance is largely a function of intrinsic device characteristics, and substantially independent of cross coupling and other external influences.

Low Line Harmonic Ac To Dc Power Supply

US Patent:
5969962, Oct 19, 1999
Filed:
Jun 9, 1997
Appl. No.:
8/871052
Inventors:
George Gabor - Lafayette CA
International Classification:
H02M 542
US Classification:
363 89
Abstract:
Methods and apparatus are disclosed for suppressing or eliminating nonlinear current drawing characteristics, while at the same time substantially eliminating high order current harmonics. In accordance with various aspects of the present invention, an energy transfer system, for example a pulse width modulator (PWM) flyback converter (22), comprises an inductor (L) interposed between the AC line voltage and the load (R. sub. load), with a controllable switch (26) provided between the inductor (L) and the negative supply leg of a rectifier circuit (10). The duty cycle of the converter switch (26) is suitably controlled to produce a substantially constant DC output from the converter (22). Proper synchronization of the converter switch (26) ensures that the current through the inductor (L) and the output current through the load (R. sub. load) remains in phase with the AC supply voltage.

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