Patrick L Mchargue

Position:

Branding & Promotional Specialist at HALO Branded Solutions

Location:

Saint Louis, Missouri

Industry:

Marketing and Advertising

Work:

HALO Branded Solutions - Maryland Heights, Missouri since Aug 2011
Branding & Promotional Specialist
Dot Foods - Chesterfield, Missouri Oct 2009 - Aug 2011
District Sales Manager
Espresso Etc! - Columbia, Missouri Sep 2007 - Aug 2008
Business Development Representative

Education:

Webster University 2008 - 2009
Master of Business Administration, Marketing University of Missouri-Columbia 2004 - 2008
Bachelor of Arts, Bachelor of Arts in History • Minor in Business Administration De Smet Jesuit High School 2000 - 2004
General Studies

Skills:

Sales Management
Customer Relations
Promotions
Strategic Planning
New Business Development
Microsoft Office
Account Management
Customer Service
Sales
Event Management
Leadership
Marketing
Management
Training
Corporate Gifts

Interests:

Reading, chess and golf

Languages:

English

Position:

Engineering Director at Vibrant Technologies

Location:

Scotts Valley, California

Industry:

Computer Software

Work:

Vibrant Technologies since Nov 1990
Engineering Director
GenRad. (General Radio) Jun 1982 - Nov 1990
Engineer

Education:

US Patent:

4937535, Jun 26, 1990

Filed:

Dec 29, 1988

Appl. No.:

7/291570

Inventors:

Marcos A. Underwood - Monta Vista CA
Patrick L. McHargue - San Jose CA

Assignee:

Genrad, Inc. - Concord MA

International Classification:

H03F 330

US Classification:

330284

Abstract:

A method for calibrating measurement or analysis systems that is externally traceable, simple, and repeatable, which is particularly amenable to computer control, and a unique programmable phase-gain amplifier which is especially suited for use in the calibration method, are disclosed. Alternatively, a programmable sample clock delay technique is disclosed to provide phase calibration. The method employs an externally traceable digital voltmeter to measure the magnitude of the signal being applied to an input channel of the measurement system; and obtains a digital representation of the output of the channel. When the input magnitude does not match the output magnitude, the programmable phase-gain amplifier gain is adjusted. These adjustments are made for each range of each channel. Thereafter, the relative phase shifts between channels is determined and the gain of a variable gain amplifier in the programmable phase-gain amplifier for each channel is changed to adjust the phase shift through each channel to the desired amount.