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James Peter Miccolis

from Wayne, PA
Age ~70

James Miccolis Phones & Addresses

  • 136 Morningside Cir, Radnor, PA 19087 (610) 733-3461
  • Wayne, PA
  • 126 Summit Ave, Upper Darby, PA 19082
  • Spotsylvania, VA
  • Newark, NY
  • 136 Morningside Cir, Wayne, PA 19087

Work

Company: Xorail Jul 1996 Position: Manager of engineering

Skills

Engineering • Engineering Management • Rail • Project Planning • Project Engineering • Testing • Railway • Program Management • Project Management • Systems Engineering

Industries

Electrical/Electronic Manufacturing

Resumes

Resumes

James Miccolis Photo 1

Manager Of Engineering

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Location:
5011 Gate Pkwy, Jacksonville, FL 32256
Industry:
Electrical/Electronic Manufacturing
Work:
Xorail
Manager of Engineering
Skills:
Engineering
Engineering Management
Rail
Project Planning
Project Engineering
Testing
Railway
Program Management
Project Management
Systems Engineering

Publications

Us Patents

Cab Signal Track Code Analyzer System

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US Patent:
53582020, Oct 25, 1994
Filed:
Jul 21, 1992
Appl. No.:
7/918847
Inventors:
Terry H. Tse - Ambler PA
Roger M. St. Martin - Willingboro NJ
Donald C. Oltmann - Sewell NJ
James P. Miccolis - Upper Darby PA
James M. Harris - Richboro PA
Joseph F. Dolan - Philadelphia PA
James F. Brady - Tyrone PA
Assignee:
Consolidated Rail Corporation - Philadelphia PA
International Classification:
B61L 2300
US Classification:
246 34R
Abstract:
A track code analyzer is disclosed that measures the duty cycle, carrier frequency, modulation frequency, and amplitude of track code signal and determines when these parameters are outside predetermined limits. The system also detects and records transient anomalies in the track code. The track code analyzer of the present invention is either mounted on a railway vehicle or used as a portable, wayside troubleshooting device. In a preferred embodiment, apparatus for processing a track code signal for indicating track conditions is provided that comprises a pickup for inductively receiving and decoding an analog track code signal. The signal is preferably received and processed by a conditioning circuit for processing the analog track code signal and transmitted to an analog-to-digital (A/D) converter for creating a digital track code signal. The digitized signal is then input to a first processor for computing a value from the digital track code signal and transmitting an output signal indicative of the value. The first processor is preferably a microprocessor for taking data from the analog-to-digital converter and determining signal level, carrier frequency, modulation frequency, and duty cycle of the track code.
James Peter Miccolis from Wayne, PA, age ~70 Get Report