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Robert Hesselberth Phones & Addresses

  • 422 Stoutenburgh Ln, Pittsford, NY 14534 (585) 586-7991
  • 19 Shadow Crk, Penfield, NY 14526 (585) 586-7991
  • Honeoye, NY

Work

Company: Spectracom corporation Oct 1972 to Jul 2000 Position: Chief executive officer and founder

Education

Degree: Master of Business Administration, Masters School / High School: University of Rochester - William E. Simon Graduate School of Business Administration (Ch) 1962 to 1968 Specialities: Behavioral Science, Finance

Skills

Public Speaking • Strategic Planning • Leadership • Management • Editing • Project Management • Microsoft Office • Program Management • Cash Flow Management

Industries

Publishing

Resumes

Resumes

Robert Hesselberth Photo 1

Writer

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Location:
422 Stoutenburgh Ln, Pittsford, NY 14534
Industry:
Publishing
Work:
Spectracom Corporation Oct 1972 - Jul 2000
Chief Executive Officer and Founder

Oct 1972 - Jul 2000
Writer

Harris Rf Communications 1969 - 1972
National Sales Manager

Harris Rf Communications 1963 - 1969
Project Engineer and Engineering Section Head

General Dynamics/Electronics 1957 - 1963
Design Engineer
Education:
University of Rochester - William E. Simon Graduate School of Business Administration (Ch) 1962 - 1968
Master of Business Administration, Masters, Behavioral Science, Finance
Purdue University 1953 - 1957
Bachelors, Bachelor of Science In Electrical Engineering, Electronics
Skills:
Public Speaking
Strategic Planning
Leadership
Management
Editing
Project Management
Microsoft Office
Program Management
Cash Flow Management

Publications

Us Patents

Disciplined Oscillator System With Frequency Control And Accumulated Time Control

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US Patent:
45256853, Jun 25, 1985
Filed:
May 31, 1983
Appl. No.:
6/499737
Inventors:
Robert J. Hesselberth - Penfield NY
Thomas P. Donaher - Rochester NY
Joel E. Sandahl - Fairport NY
Assignee:
Spectracom Corp. - East Rochester NY
International Classification:
H03L 706
US Classification:
331 10
Abstract:
A disciplined oscillator system having a standard oscillator which is automatically corrected for both frequency errors and time error accumulation to a constant frequency signal which is derived from the WWVB carrier frequency and the WWVB TIME CODE to maintain overall frequency accuracy within one part in 10. sup. 9 notwithstanding oscillator aging and in spite of jitter and distortion due to propagation delays and noise which may cause loss of, or time jitter in, the WWVB signals. Frequency errors are detected through the use of a counter (24) having a measurement accuracy greater than one part in 10. sup. 10. An error detector (26) derives correction signals by averaging a plurality of frequency variances obtained in successive measurement cycles. Timing errors are corrected by dividers (34, 40) controlled by a timing discriminator (36) which responds to timing variance between signals from the standard oscillator and from the WWVB reference which are phase locked to those TIME CODE signals which are substantially free of noise and jitter. The timing correction is inhibited after the standard oscillator is corrected.
Robert J Hesselberth from Pittsford, NY, age ~89 Get Report