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Charles J Seitz, 70706 Trimble Blvd, Brookhaven, PA 19015

Charles Seitz Phones & Addresses

706 Trimble Blvd, Brookhaven, PA 19015    610-4995005   

Aston, PA   

Upland, PA   

Bolingbrook, IL   

Wichita, KS   

Amarillo, TX   

Upper Chichester, PA   

Glenolden, PA   

Prospect Park, PA   

Claymont, DE   

Woodlyn, PA   

Glen Mills, PA   

O Fallon, MO   

Stockwell, IN   

2319 Bethel Rd, Chester, PA 19013   

Work

Company: Rachel's learning center Address: 3015 E New York St Ste A2, Aurora, IL 60504 Position: Owner Industries: Miscellaneous Retail Stores

Mentions for Charles J Seitz

Resumes

Resumes

Charles Seitz Photo 1

Senior Security Analyst At University Of Tennessee

Position:
Senior Security Analyst at University of Tennessee
Location:
Martin, Tennessee
Industry:
Information Technology and Services
Work:
University of Tennessee since Nov 2008
Senior Security Analyst
Glass Road Public Relations, LLC Jun 2005 - Nov 2008
Vice-president of Operations
UUNet/MCI Aug 1998 - Jul 2005
Sales Engineer
Education:
Wake Forest University 1994 - 1998
BA, Anthropolgy
Christ School 1992 - 1994
Interests:
Private pilot, home remodeling, home brewing

Business Records

Name / TitleCompany / ClassificationPhones & Addresses
Charles Seitz
Owner
Rachel's Learning Center
Miscellaneous Retail Stores
3015 E New York St Ste A2, Aurora, IL 60504
Charles R. Seitz CHARLES R. SEITZ, ATTORNEY AT LAW, LLC
Charles A. Seitz 5510 WARWICK DRIVE LTD

Publications

US Patents

Continuous Transducer Drift Compensator

US Patent:
4387438, Jun 7, 1983
Filed:
Nov 12, 1980
Appl. No.:
6/206247
Inventors:
George M. Lucich - Amarillo TX
Charles A. Seitz - Amarillo TX
Assignee:
The United States of America as represented by the Secretary of the
Interior - Washington DC
International Classification:
H04B 1500
G06G 7186
US Classification:
364574
Abstract:
In a transducer signal processing system wherein the output signal generated by a transducer (14) includes a nearly d. c. , relatively large amplitude drift component (12), a higher frequency end point, data component (10) and a high frequency noise (hash) component (11), the drift and hash components are substantially eliminated by supplying the composite transducer output signal to a pair of parallel integrator circuits (28, 30) having different integration time constants. The faster integrator (28) passes the drift and data signal components, while attenuating the hash component, whereas the slower integrator (30) passes the drift component and attenuates the data and hash components. The output of the slower integrator (30) is subtracted from the output of the faster integrator (28) to provide a resultant signal containing essentially only the transducer data component.

ISBN (books and publications)

Advanced Research In Vlsi: Proceedings Of The Decennial Caltech Conference On Vlsi, March 1989

Author:
Charles L. Seitz
ISBN #:
0262192829

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