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Roger D Brueckner, 671129 E Rowlands Ln, Phoenix, AZ 85022

Known as:
Roger Dale Brueckner Margaret D Brueckner Roger R
Related to:
Simon O White 28

Roger Brueckner Phones & Addresses

1129 E Rowlands Ln, Phoenix, AZ 85022    602-8660516   

1055 Seminole Ct, Phoenix, AZ 85022    602-8660516   

Varna, IL   

Sun City, AZ   

Maricopa, AZ   

1129 E Rowlands Ln, Phoenix, AZ 85022   

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Roger D Brueckner

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Work

Company: Telco testing solutions Position: Vice president engineering

Education

Degree: Associate degree or higher

Skills

Debugging • Semiconductors • Analog • Software Engineering • Software Development • Software Design • Embedded Software • Real Time Control Systems • Automatic Test Equipment • Systems Engineering • System Development • Programming Languages • Windows Programming • Configuration Management • Ate • Firmware • Manufacturing • Test Equipment

Industries

Electrical/Electronic Manufacturing
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Roger Brueckner resumes & CV records

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Roger Brueckner Photo 11

Roger Brueckner

Location:
Phoenix, AZ
Industry:
Electrical/Electronic Manufacturing
Work:
Telco Testing Solutions
Vice President Engineering
Skills:
Debugging, Semiconductors, Analog, Software Engineering, Software Development, Software Design, Embedded Software, Real Time Control Systems, Automatic Test Equipment, Systems Engineering, System Development, Programming Languages, Windows Programming, Configuration Management, Ate, Firmware, Manufacturing, Test Equipment

Publications & IP owners

Us Patents

Method For Testing Electronic Components

US Patent:
7388390, Jun 17, 2008
Filed:
Jul 25, 2007
Appl. No.:
11/782927
Inventors:
Roger Brueckner - Phoenix AZ, US
Michael Costello - Queen Creek AZ, US
James Hopkins - Mesa AZ, US
Rudy Sterbenz - Chandler AZ, US
Assignee:
Telco Testing Systems LLC - Tempe AZ
International Classification:
G01R 31/02
US Classification:
324755
Abstract:
A testing apparatus is described with a housing, a power source, a carrier assembly, and a backbone connecting the carrier assembly to the power source. A resource board is disposed on the carrier assembly and is connected thereto, thereby receiving power from the power source through the carrier assembly. The resource board is adapted to perform a test on a device under test and to generate data reflecting results of the test on the device under test. A test pin assembly is disposed at one end of the resource board and is connectable with a loadboard. A controller operatively connects to the power supply, the carrier assembly, and the resource board. The controller is adapted to communicate with the resource board to execute instructions to test the device under test. The controller also receives the result data from the resource board, permitting analysis of the device under test.

Apparatus, Method And System For Testing Electronic Components

US Patent:
7262616, Aug 28, 2007
Filed:
Jan 10, 2006
Appl. No.:
11/328451
Inventors:
Roger Brueckner - Phoenix AZ, US
Michael Costello - Queen Creek AZ, US
James Hopkins - Mesa AZ, US
Rudolph Sterbenz - Chandler AZ, US
Assignee:
Telco Testing Systems LLC - Tempe AZ
International Classification:
G01R 31/02
H05K 3/02
US Classification:
324755
Abstract:
A testing apparatus is described with a housing, a power source, a carrier assembly, and a backbone connecting the carrier assembly to the power source. A resource board is disposed on the carrier assembly and is connected thereto, thereby receiving power from the power source through the carrier assembly. The resource board is adapted to perform a test on a device under test and to generate data reflecting results of the test on the device under test. A test pin assembly is disposed at one end of the resource board and is connectable with a loadboard. A controller operatively connects to the power supply, the carrier assembly, and the resource board. The controller is adapted to communicate with the resource board to execute instructions to test the device under test. The controller also receives the result data from the resource board, permitting analysis of the device under test.

Apparatus And Method For Detection Of Contaminant Particles Or Component Defects

US Patent:
2006006, Mar 30, 2006
Filed:
Sep 26, 2005
Appl. No.:
11/234392
Inventors:
Roger Brueckner - Phoenix AZ, US
Jim Hopkins - Mesa AZ, US
Amy Yang - Gilbert AZ, US
Craig Albright - Gilbert AZ, US
Arnold Klugman - Friendsville TN, US
Assignee:
TELCO TESTING SYSTEMS, LLC - Tempe AZ
International Classification:
G01N 21/88
US Classification:
356239100
Abstract:
An apparatus is described for detecting particulates on or defects in a transparent media. The apparatus includes a light source, and an array of light-sensitive elements, each of which produce an electrical signal indicating a characteristic value based on light incident on the element. The first array is disposed a predetermined distance from the at least one light source so that the transparent media may be placed between the light source and the array. An addressing circuit reads the characteristic values produced by each element, and an analog-to-digital converter circuit digitizes the characteristic values, producing digitized values. A processor processes the digitized values to determine whether a particle or defect is present at least based on a position of the shadow cast by the particle or defect on the array. A method for detecting a particulate or defect on or in a transparent media is also described.

Continuously Self Configuring Distributed Control System

US Patent:
5233510, Aug 3, 1993
Filed:
Sep 27, 1991
Appl. No.:
7/766303
Inventors:
Roger D. Brueckner - Phoenix AZ
Hugh W. Littlebury - Chandler AZ
Assignee:
Motorola, Inc. - Schaumburg IL
International Classification:
G05B 1520
US Classification:
364131
Abstract:
A method of continuously self configuring a distributed control system. The method comprises scanning a plurality of potential address codes to locate an active object (13). Software senses an identity code (17) which is associated with the active object (13). Then a machine map (14) is built which provides the current address code (15, 31) of the active object (13). Within a network (28), a network map (21) is constructed by getting information from the appropriate machine map (14) for each computer (23). The network map (21) provides the current network address (32) of each active object (13) available to the network (28).

Possible Relatives

David C Brueckner  Deborah A Brueckner  Edward A Brueckner  Ellen R Brueckner  Eric W Brueckner  Jeffery J Brueckner  John D Brueckner  Roger L Johnson  Roger E Stancel  Roger A Standard 

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