Peter Jude Carlton from 5230 Tuckerman Ln APT 1315, Rockville, MD 20852, age 74, Phone: 301 530-2646

Peter Carlton Phones & Addresses

5230 Tuckerman Ln APT 1315, Rockville, MD 20852 • 301 530-2646
N Bethesda, MD
Port Tobacco, MD
4411 Connecticut Ave NW, Washington, DC 20008
Minneapolis, MN
2745 Berry Hills Rd, Waldorf, MD 20603 • 301 638-0220
La Plata, MD
Charlottesville, VA
Des Moines, IA
4621 Tower St, Minneapolis, MN 55424 • 952 925-2306

Work

Company:

National Labor Relations Board
Address:

1099 14Th St Nw Ste 7500 A, Washington, DC 20005

Education

Degree:

High school graduate or higher

Ranks

Licence:

Dist. of Columbia - Active
Date:

2001

Wikipedia

Peter Shmock

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Peter Shmock; Born: Peter Carlton Shmock April 29, 1950 (1950-04-29) (age 61) Detroit, Michigan: Residence: Seattle, Washington: Nationality: USA: Citizenship

Lawyers & Attorneys

Peter J Carlton, Washington DC - Lawyer

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Address:

National Labor Relations Board
1099 14Th St Nw Ste 7500 A, Washington, DC 20005
202 273-3749 (Office)

Licenses:

Dist. of Columbia - Active 2001

Resumes

Peter Carlton

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Isbn (Books And Publications)

Primer Of Behavioral Pharmacology
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Author:

Peter L. Carlton
ISBN #:

0716714515

Us Patents

Periodic Lid For Integrated Circuit
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US Patent:

42688035, May 19, 1981
Filed:

May 24, 1979
Appl. No.:

6/042376
Inventors:

William H. Childs - Gaithersburg MD
Peter A. Carlton - Clarksburg MD
Assignee:

Communications Satellite Corporation - Washington DC
International Classification:

H01P 116
H01P 308
H01P 1162
US Classification:

333 12
Abstract:

Periodic fins are provided on the lid of a microwave integrated circuit (MIC) package in order to reactively suppress specified bands of frequency and thereby increase the permissible dimensions of the MIC package.

Temperature Compensated Time Delay Element For A Differentially Coherent Digital Receiver
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US Patent:

44095686, Oct 11, 1983
Filed:

Jan 9, 1981
Appl. No.:

6/223645
Inventors:

William H. Childs - Gaithersburg MD
Peter A. Carlton - Clarksburg MD
Assignee:

Communications Satellite Corporation - Washington DC
International Classification:

H01P 900
H03D 302
US Classification:

333156
Abstract:

A temperature compensated time delay element employs a non-temperature compensated delay element along a first delayed path, and a second non-temperature compensated delay element along a second "undelayed" path to provide a net time delay equal to the difference between the delays in the delayed and undelayed paths. The substrate materials used in the delay elements in the delayed and undelayed paths, and the time delays of the two paths, are selected such that the variation of net phase shift, or time delay, with temperature is zero. The temperature coefficients of the substrate materials in the delayed and undelayed paths can both be positive, thus allowing the use of common substrate materials. The temperature compensated time delay element finds particular utility in differentially coherent signal detection systems.