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Steven J Bibeau

from Methuen, MA
Age ~62
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Also known as:
Steve J Bibeau, Scott Bibeau, Ibea B Steve, Steve Bibio
Connected to:
Alcadia D Bibeau, 48Jeffrey P Bibeau, 64Justin M Bibeau, 39Katherine M Bibeau, 38Megan L Bibeau, 49Raymond L Bibeau, 73Rene A Bibeau, 82Scott J Bibeau, 50Tom Bibeau, 67Carole A Bibeault, 67

Steven Bibeau Phones & Addresses

  • Methuen, MA
  • Danville, NH
  • Boston, MA
  • Plaistow, NH
  • Salem, NH
  • Sandown, NH
  • Windham, NH
  • Nashua, NH
  • Oak Lawn, IL

Work

Company: Resonetics Apr 2012 Position: Sr. project engineering manager

Education

School / High School: FRANKLIN PIERCE COLLEGE- Rindge, NH 1990 Specialities: B.S. in Business Management

Skills

Project Management • Solid Works • AutoCad • Computer Science • PLC • Robotics • Automation • Mechanical Design • Machine Shop

Resumes

Resumes

Steven Bibeau Photo 1

Steven Bibeau

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Steven Bibeau Photo 2

Steven Bibeau

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Steven Bibeau Photo 3

Design And Systems Automation Engineering Consultant

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Location:
Greater Boston Area
Industry:
Electrical/Electronic Manufacturing
Steven Bibeau Photo 4

Steven Bibeau Boston, MA

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Work:
Resonetics

Apr 2012 to Present
Sr. Project Engineering Manager
NEW ENGLAND INDUSTRIAL TECHNOLOGIES
Boston, MA
Jul 2009 to Apr 2012
Consulting Engineer Automation
PARLEX CORPORATION

2001 to Jul 2009
Director of Automation Engineering
PARLEX CORPORATION

1992 to 2001
Manager of Research & Development
PARLEX CORPORATION

1987 to 1992
Manager of Manufacturing Engineering
PARLEX CORPORATION

1985 to 1992
Applications Engineer
Education:
FRANKLIN PIERCE COLLEGE
Rindge, NH
1990
B.S. in Business Management
Skills:
Project Management, Solid Works, AutoCad, Computer Science, PLC, Robotics, Automation, Mechanical Design, Machine Shop

Business Records

Name / Title
Company / Classification
Phones & Addresses
Steven Bibeau
Secretary
BIBEAU SHOOTING SUPPLIES, INC

Publications

Us Patents

Controlled Impedance Extruded Flat Ribbon Cable

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US Patent:
20040011552, Jan 22, 2004
Filed:
Jul 18, 2002
Appl. No.:
10/197713
Inventors:
Darryl McKenney - Londonderry NH, US
Steven Bibeau - Sandown NH, US
Laurea Doiron - Pelham NH, US
Assignee:
Parlex Corporation
International Classification:
H01B007/00
US Classification:
174/11700F
Abstract:
A flat ribbon cable having a controlled impedance and suitable for use at high data rates. The ribbon cable includes a plurality of conductors arranged side-by-side within an insulating material. The conductors include a first portion at each end having a generally circular cross-section, a center portion of generally rectangular cross-section in which the width is greater than the height and a transition portion at each end between the first portion and the second portion. A shield is disposed over selected ones of the plurality of conductors on at least one side of the ribbon cable. A drain wire is provided that is conductively coupled to the shield and may be disposed between the shield and insulating material. The drain wire is disposed over one of the conductors and may be conductively coupled to the conductor via use of a single contact of an insulation displacement connector that engages both the drain wire and the respective conductor. Multiple shield layes and associated drain wires may be provided to provide controlled impedance for selected conductors of the ribbon cable.

Extruded Flat Cable

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US Patent:
20040011553, Jan 22, 2004
Filed:
Jul 18, 2002
Appl. No.:
10/197779
Inventors:
David Cianciolo - Methuen MA, US
Darryl McKenney - Londonderry NH, US
Arthur DeMaso - Nashua NH, US
Laurea Doiron - Pelham NH, US
Steven Bibeau - Sandown NH, US
Assignee:
Parlex Corporation
International Classification:
H02G003/00
US Classification:
174/1170FF
Abstract:
A flat multi-conductor cable and a method for manufacturing such a cable to maintain consistent spacing between adjacent conductors. A dielectric film is laminated to both sides of a plurality of conductors, such as flat copper conductors. The film is heated to cause the film to flow around and adhere to the conductors. A jacket is extruded around the dielectric film to form a jacketed multi-conductor cable. A conductive shield may be applied over the dielectric film prior to the extrusion of the cable jacket. The conductive shield may be conductively coupled to one or more of the conductors by dimpling the shield over the respective conductors or by a laser ablation technique.
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Steven J Bibeau from Methuen, MA, age ~62 Get Report