MICHAEL L WAJDA
Real Estate Commission in Philadelphia, PA
License number
Pennsylvania RS183010L
Category
Real Estate Commission
Type
Real Estate Salesperson-Standard
Address
Address
Philadelphia, PA 19120
Professional information
Associate Secretary For Development At Friends General Conference
Position:
Associate Secretary for Development at Friends General Conference
Location:
Greater Philadelphia Area
Industry:
Religious Institutions
Work:
Friends General Conference
since Sep 1996
-
Associate Secretary for Development
Stratford Friends School
Aug 1991 - Aug 1996
-
Director of Development
Geneva (NY) Historical Society
Mar 1986 - May 1991
-
Executive Director
Education:
Dickinson College 1981 - 1984
Bachelor of Arts (B.A.), Art History, Criticism and Conservation
Bachelor of Arts (B.A.), Art History, Criticism and Conservation
Michael Wajda - Philadelphia, PA
Work:
Delavau - Philadelphia, PA
Foreman Technician, Service, Granulation Department Bridge Machine Co. Inc - Palmyra, NJ
Mechanical & Electrical Assembler Garro - Cinnaminson, NJ
Production Manager United States Navy - Norfolk, VA
Bosinmate 3rd Class Petty Officer
Foreman Technician, Service, Granulation Department Bridge Machine Co. Inc - Palmyra, NJ
Mechanical & Electrical Assembler Garro - Cinnaminson, NJ
Production Manager United States Navy - Norfolk, VA
Bosinmate 3rd Class Petty Officer
Education:
Lincoln Technical Institute - Pennsauken, NJ
Refrigeration & Heating Technology Navy School La Fayette High School - Philadelphia, PA
High School Diploma
Refrigeration & Heating Technology Navy School La Fayette High School - Philadelphia, PA
High School Diploma
Video Color Generator Circuit For Computer
US Patent:
4578673, Mar 25, 1986
Filed:
Jul 8, 1983
Appl. No.:
6/512284
Inventors:
Peter N. Yianilos - Fort Lauderdale FL
Michael L. Wajda - Philadelphia PA
Michael L. Wajda - Philadelphia PA
Assignee:
Franklin Computer Corporation - Cherry Hill NJ
International Classification:
G09G 128
US Classification:
340703
Abstract:
A color video generator for use with a digital computer and a color video display. The computer produces digital data signals, each of which is composed of plural bits which represent a color to be produced. The color video generator produces a color in a portion of the display in response to receipt of an associated one of the first data signals. The color is preselectable. The video generation means operates on a color subcarrier signal composed of three primary color signals and comprises a data code translator having an addressable memory and a video phase modulator having an addressable memory. The translator is responsive to said first data signals for providing second, plural bit digital signals to the phase modulator. The phase modulator operates in synchronism with a phase demodulator in the display and is responsive to receipt of respective ones of the second digital signals. The video generator provides respective output signals during successive portions of one cycle of the color subcarrier signal.