THOMAS JEFFERSON OSBORNE, D.C.
Chiropractic at Bascom Ave, San Jose, CA
License number
California DC23938
Category
Chiropractic
Type
Chiropractor
Address
Address
1305 N Bascom Ave STE C, San Jose, CA 95128
Phone
(408) 985-1111
(408) 985-2222 (Fax)
(408) 985-2222 (Fax)
Personal information
See more information about THOMAS JEFFERSON OSBORNE at radaris.comName
Address
Phone
5031 Diamond Heights Blvd, San Francisco, CA 94131
4725 35Th St APT 4, San Diego, CA 92116
474 E Alluvial Ave UNIT 190, Fresno, CA 93720
5951 Pala Mesa Dr, San Jose, CA 95123
5516 W Dorothea Ave, Visalia, CA 93277
Organization information
See more information about THOMAS JEFFERSON OSBORNE at bizstanding.comThomas Jefferson Osborne
1305 N Bascom Ave, San Jose, CA 95128
Industry:
Chiropractor's Office
Dc, Principal:
Thomas Osbourne (Dc, Principal)
Professional information
See more information about THOMAS JEFFERSON OSBORNE at trustoria.com
Dr. Thomas J Osborne, San Jose CA - DC (Doctor of Chiropractic)
Dr. Thomas J Osborne, San Jose CA - DC (Doctor of Chiropractic)
Specialties:
Chiropractic
Address:
1305 N Bascom Ave SUITE C, San Jose 95128
(408) 985-1111 (Phone), (408) 985-2222 (Fax)
(408) 985-1111 (Phone), (408) 985-2222 (Fax)
Languages:
English
Thomas Jefferson Osborne, San Jose CA
Thomas Jefferson Osborne, San Jose CA
Specialties:
Chiropractor
Address:
1305 N Bascom Ave, San Jose, CA 95128
Systems And Methods Of Bidirectional Communication Across An Isolation Barrier
Systems And Methods Of Bidirectional Communication Across An Isolation Barrier
US Patent:
7109907, Sep 19, 2006
Filed:
Sep 9, 2005
Appl. No.:
11/223543
Inventors:
Thomas W. Osborne - San Jose CA, US
Assignee:
Infineon Technologies North America Corp. - San Jose CA
International Classification:
H03M 1/12
US Classification:
341155, 341156
Abstract:
A bi-directional isolation scheme is described in which digital data, including clock information, may be communicated bi-directionally across a single isolation barrier without requiring a phase locked loop (PLL) based clock recovery procedure. In this way, the lead-time needed by the receiving circuit to recover the data clock signal may be reduced and the polarity (or 180° phase) ambiguities often associated with PLL-based methods may be avoided.
Digital Imaging Device Having A Multicolor Pixel Array Sensor And Method
Digital Imaging Device Having A Multicolor Pixel Array Sensor And Method
US Patent:
8208049, Jun 26, 2012
Filed:
Mar 4, 2004
Appl. No.:
10/793428
Inventors:
Thomas W. Osborne - San Jose CA, US
International Classification:
H04N 3/14, H04N 5/335, H04N 9/04, H04N 9/083
US Classification:
348272
Abstract:
A digital imaging device is provided that includes a high modulation transfer function lens and a multicolor pixel array sensor. The lens is operable to receive an incoming signal and to provide a focused signal based on the incoming signal. The multicolor pixel array sensor, which is adjacent to the lens, is operable to receive the focused signal from the lens and to generate a sensor signal based on the focused signal. The device may also include an interpolator coupled to the multicolor pixel array sensor. The interpolator is operable to receive the sensor signal from the multicolor pixel array sensor and to interpolate the sensor signal to generate an interpolated signal.
Systems And Methods Of Bidirectional Communication Across An Isolation Barrier
Systems And Methods Of Bidirectional Communication Across An Isolation Barrier
US Patent:
6965336, Nov 15, 2005
Filed:
Dec 7, 2002
Appl. No.:
10/313207
Inventors:
Thomas W. Osborne - San Jose CA, US
Assignee:
Infineon Technologies North America Corp. - San Jose CA
International Classification:
H03M001/12
US Classification:
341155, 341143
Abstract:
A bi-directional isolation scheme is described in which digital data, including clock information, may be communicated bi-directionally across a single isolation barrier without requiring a phase locked loop (PLL) based clock recovery procedure. In this way, the lead-time needed by the receiving circuit to recover the data clock signal may be reduced and the polarity (or 180° phase) ambiguities often associated with PLL-based methods may be avoided.