David Campbell
Anesthesiologist Assistant at Gilbert Rd, Gilbert, AZ
License number
Arizona 7870
Issued Date
Oct 18, 2007
Category
Chiropractic
Address
Address
1034 N Gilbert Rd SUITE 1, Gilbert, AZ 85234
Personal information
See more information about David Campbell at radaris.comName
Address
Phone
4949 E Gleneagle Dr, Chandler, AZ 85249
Professional information
See more information about David Campbell at trustoria.com
Chiropractor At Living Well Chiropractic
Chiropractor At Living Well Chiropractic
Position:
Chiropractor at Living Well Chiropractic (Self-employed)
Location:
Gilbert, Arizona
Industry:
Health, Wellness and Fitness
Work:
Living Well Chiropractic
-
Chiropractor
Living Well Chiropractic
2007 - 2011
-
Chiropractor
Beasley Chiropractic
Mar 2007 - Sep 2007
-
Chiropractor
Education:
Palmer College of Chiropractic 2004 - 2007
DC, Chiropractic Brigham Young University 2003
BS, Exercise Physiology
DC, Chiropractic Brigham Young University 2003
BS, Exercise Physiology
Interests:
Helping patients improve health and wellness
Family
Outdoors
Exercise
Sports
Dr. David W Campbell, Gilbert AZ - DC (Doctor of Chiropractic)
Dr. David W Campbell, Gilbert AZ - DC (Doctor of Chiropractic)
Specialties:
Chiropractic
Address:
1034 N Gilbert Rd SUITE 1, Gilbert 85234
(480) 539-2774 (Phone)
(480) 539-2774 (Phone)
Languages:
English
David W Campbell, Gilbert AZ
David W Campbell, Gilbert AZ
Specialties:
Chiropractor
Address:
1034 N Gilbert Rd, Gilbert, AZ 85234
Configurable Baseboard To Power A Mezzanine Card And Method
Configurable Baseboard To Power A Mezzanine Card And Method
US Patent:
6983385, Jan 3, 2006
Filed:
Sep 30, 2002
Appl. No.:
10/261930
Inventors:
Mark S. German - Chandler AZ, US
David C. Campbell - Gilbert AZ, US
Daniel R. Kibel - Tempe AZ, US
David C. Campbell - Gilbert AZ, US
Daniel R. Kibel - Tempe AZ, US
Assignee:
Motorola, Inc. - Schaumburg IL
International Classification:
G06F 1/26, H05K 7/10
US Classification:
713300, 710301
Abstract:
A computer system () includes a baseboard () having a first side () and a second side (), where the first side and the second side define a first key opening () and a second key opening (). A mezzanine card interface () is coupled to the baseboard. A keying mechanism () is coupled to interface with the baseboard through the first key opening, where coupling the keying mechanism to the baseboard initiates a first key signal (), and where the first key signal operates a logic circuit () to permit a first operating voltage () to power the mezzanine card interface. Alternatively, the keying mechanism can be coupled to interface with the baseboard through the second key opening, where coupling the keying mechanism to the baseboard initiates a second key signal (), and where the second key signal operates the logic circuit to permit a second operating voltage () to power the mezzanine card interface. This configuration mechanism is repeated for any other mezzanine card interfaces on the baseboard. The logic circuit () disallows the application of operating voltages to the mezzanine card interfaces if the configurations are not compatible with the architecture of the baseboard.
Bus Interface With Variable Resistance Coupling
Bus Interface With Variable Resistance Coupling
US Patent:
2004017, Sep 9, 2004
Filed:
Jan 30, 2003
Appl. No.:
10/356085
Inventors:
David Campbell - Gilbert AZ, US
Anna Yee - Tempe AZ, US
Anna Yee - Tempe AZ, US
International Classification:
G06F013/14
US Classification:
710/305000
Abstract:
An interface for coupling a device to a bus suitably includes a first resistive path having a first electrical resistance and a second resistive path having a second electrical resistance different from the first electrical resistance, with a switch configured to switchably couple the device to the bus via the first resistive path if the device operates at a first data rate, and to couple the device to the bus via the second resistive path if the device operates at a second data rate different from the first data rate. The interface may be used to provide an appropriate resistive coupling for devices that support conventional peripheral component interface (PCI) bus standards and/or PCI-X standards.