Jonathan E Mcclain

age ~44

from Menomonee Falls, WI

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Also known as:

Jonathan Jonathan Mcclain
Jonathan Mollai
Jonathan H

Phone and address:: N56W19464 Silver Spring Dr, Menomonee Falls, WI 53051
4143033861

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Jonathan Mcclain Phones & Addresses

N56W19464 Silver Spring Dr, Menomonee Fls, WI 53051 • 4143033861
Menomonee Falls, WI
Milwaukee, WI
Oak Creek, WI
Bolingbrook, IL
Greendale, WI
Montgomery, IL
Earth City, MO

Resumes

Information Technology

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Location:

n56w19464 Silver Spring Dr, Menomonee Falls, WI 53051

Industry:

Information Technology And Services

Work:

Northwestern Mutual
Information Technology
Worldwide Tech Services 2007 - Nov 2010
World Wide Engineer and Technician
Mcclain Solutions 2007 - Nov 2010
Owner - Engineer - Administrator
Techresources Oct 2006 - Nov 2006
Consultant and Technician
Netsource Communications, Inc 2000 - 2006
Senior Technical Support Representative and Developer

Education:

University of Phoenix

Skills:

Technical Support
Troubleshooting
Hardware
Networking
Software Installation
Laptops
Help Desk Support
Windows 7
Printers
Computer Hardware
Active Directory
Windows Xp
Servers
Operating Systems
Microsoft Office
Norton Ghost
Windows
Customer Service
Antivirus
Dhcp
Wireless Networking
System Administration
Windows Server
Management
Software Documentation
Network Administration
Information Technology
Tcp/Ip

Jonathan Mcclain

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Jonathan Mcclain

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Jonathan Mcclain

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Senior Electrical/Software Design Engineer

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Location:

Greater Milwaukee Area

Industry:

Electrical/Electronic Manufacturing

Jonathan Mcclain

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Location:

United States

Us Patents

Flow Meter With Magnetoresistive Sensors And Method Of Measuring Flow
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US Patent:

7130750, Oct 31, 2006
Filed:

Mar 22, 2005
Appl. No.:

11/086049
Inventors:

Robert K. Stevens - Racine WI, US
Jonathan Ray McClain - Milwaukee WI, US
Richard Little - Racine WI, US
Assignee:

Racine Federated, Inc. - Racine WI
International Classification:

G01F 1/24
US Classification:

702 64, 702 45, 7386158, 7386108, 7386154
Abstract:

A variable area flow meter has a magnet carried by a piston which is moved to a position representing fluid flow. An array of magnetoresistive bridge sensors adjacent the path of magnet movement senses the magnet position. The bridges are unbalanced by the magnet field. The analog unbalance signals are read and processed in digital form to develop a flow signal. The flow meter circuits are powered from a 4–20 MA current loop or a remote power supply. Each bridge sensor is powered only when the bridge unbalance signal is being read, to minimize the power requirement.