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Harold W Poulsen, 778420 Fawncrest Pl, Fort Wayne, IN 46835

Related to:
Joan Poulsen 45 Joelle Schaibley 22 Dean David Schaibley 44 Christopher Schaibley 40 Adam Mildred 52 Jennifer N Schaibley 45

Harold Poulsen Phones & Addresses

8420 Fawncrest Pl, Fort Wayne, IN 46835    260-4861902   

6088 Basswood Dr, Columbus, IN 47201    574-8763516   

Raleigh, NC   

8420 Fawncrest Pl, Fort Wayne, IN 46835    574-8763516   

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Position: Executive, Administrative, and Managerial Occupations
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Resumes & CV records

Resumes

Harold Poulsen Photo 10

Harold Poulsen

Location:
Fort Wayne, IN
Industry:
Electrical/Electronic Manufacturing
Work:
Itt Jun 1979 - Aug 2006
Staff Engineer
Education:
University of Illinois at Urbana - Champaign 1972 - 1974
Skills:
Embedded Software, Hardware Architecture, Engineering Management, Rf, Signal Integrity, Digital Electronics, Systems Engineering, Analog Circuit Design, Electronics Packaging, Pcb Design, Analog, Sensors, Electronics, Test Equipment, System Design, Integrated Circuit Design, Tcl, Circuit Design, Embedded Systems, Testing, Fpga, Space Systems, Electrical Engineering, Telelogic Doors, Failure Analysis, Semiconductors, Simulations, Firmware, Pspice, Digital Signal Processors, Static Timing Analysis, Hardware, System Architecture, Ic
Harold Poulsen Photo 11

Harold Poulsen

Harold Poulsen Photo 12

Harold Poulsen

Harold Poulsen Photo 13

Harold Poulsen

Location:
United States

Publications & IP owners

Us Patents

Method For Two Step Electrolytic Coloring Of Anodized Aluminum

US Patent:
4931151, Jun 5, 1990
Filed:
Apr 11, 1989
Appl. No.:
7/336114
Inventors:
Kollengode V. Srinivasan - Marietta GA
Leo P. Herrington - Walker MI
Mores A. Basaly - Marietta GA
Harold W. Poulsen - Fort Wayne IN
Assignee:
Novamax Technologies Holdings Inc. - Ontario
International Classification:
C25D 1122
US Classification:
204376
Abstract:
A two-step process and apparatus for the electrolytic coloring of anodized aluminum using an electrode and the anodized aluminum immersed in an electrolyte. First the aluminum is anodized to form an oxidized film on its surface and then a coloring step is performed. In the coloring step a modified sinusoidal voltage waveform is applied to the anodized aluminum and the electrode to color the oxidized film. Suitably gated thyristors in the secondary of a power supply may be used to provide the desired voltage waveform. The voltage waveform is generated with a leading edge rise time in the negative portion substantially longer than in the positive portion. The average negative voltage is greater than the average positive voltage to provide good throwing power, coloring speed, color uniformity and electrode dissolution, with tha capability to subtract color. Excellent throwing power with fair coloring speed is obtained if the average negative voltage substantially equals the average positive voltage.

Possible Relatives

Daniel R Poulsen  Darren C Poulsen  Diana G Poulsen  Don O Poulsen  Dorothy J Poulsen  Edward B Poulsen  Eric Poulsen  Harold W Johnson  Harold L Standefer  Harold L Johnston 

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