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Frank Faez Athari

from Baltimore, MD
Age ~55
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Also known as:
Frank F Athari, Frank M Athari, Faez M Athari, Saez Athari, Athari Saez
Phone and address:
2834 Aspen Hill Rd, Baltimore, MD 21234
(410) 882-6051
Related to:
Stephen V Blandino, 50Dominick Blandino, 54Michael Blandino, 54
Connected to:
Christopher S Athari, 42Freydoon Athari, 90Andrew J Athas, 46Peter G Athas, 78Ashish Athavale, 40Nitin S Athavale, 59Puru S Athavale, 33Pooja Y Athawale, 35Heather Athay, 35Scott T Athay, 70

Frank Athari Phones & Addresses

  • 2834 Aspen Hill Rd, Parkville, MD 21234 (410) 882-6051 (410) 882-6419
  • Baltimore, MD
  • 1439 Bundy Dr, Los Angeles, CA 90025 (310) 571-9198
  • Lutherville, MD
  • Santa Monica, CA
  • Oceanside, CA
  • La Mesa, CA

Work

Company: Innovator Feb 2005 Position: Private consultant

Education

School / High School: University of Maryland- College Park, MD 1992 Specialities: BSEE in (Some Coursework Pending)

Skills

Multi-discipline Project and Program Man... • Budgeting • and Costing of programs • Resource management.4 Years of combined ... • C# • C++ • OpenGL and Android. WordPress • Drupal CMS Setup for web sites. Dreamwea... • CSS.3D Character Animation using Maya an... • Battery Chargers • Motor Controls. Analog and digital hardw...

Industries

Consumer Electronics

Resumes

Resumes

Frank Athari Photo 1

President

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Location:
Baltimore, MD
Industry:
Consumer Electronics
Work:

President
Frank Athari Photo 2

Frank Athari Baltimore, MD

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Work:
Innovator

Feb 2005 to 2000
Private Consultant
INTERNATIONAL RECTIFIER CORP
El Segundo, CA
Sep 2001 to Aug 2004
Engineering Manager AC-DC Power Supply Group
ASTEC / EMERSON ELECTRIC
Carlsbad, CA
Feb 2000 to Aug 2001
Sr. Project Engineer
CSS POWER INC
White Marsh, MD
Jun 1995 to Dec 1999
Sr. Engineer/Engineering Manager
BLACK & DECKER CORP

Mar 1988 to Jul 1995
Sr. Technician/ Engineer
OMEGA ENTERPRISES
Bel Air, MD
Mar 1985 to Jan 1988
Electronics Technician
Education:
University of Maryland
College Park, MD
1992 to 1995
BSEE in (Some Coursework Pending)
Essex Community College
1989 to 1992
AA in Engineering Technology Transfer
Essex Community College
1987 to 1989
AA in Electronics Technology
Skills:
Multi-discipline Project and Program Management. Scheduling, Budgeting, and Costing of programs, Resource management.4 Years of combined experience using Visual Studio .Net, C#, C++, OpenGL and Android. WordPress, Drupal CMS Setup for web sites. Dreamweaver for HTML, CSS.3D Character Animation using Maya and Motionbuilder. Special Effects animation using RealWave. Design Skills in Power electronics, Battery Chargers, Motor Controls. Analog and digital hardware system design. PCB layout PSpice Simulation.

Publications

Us Patents

Self-Oscillating Buck Mode Battery Charger

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US Patent:
57839301, Jul 21, 1998
Filed:
Jan 15, 1997
Appl. No.:
8/782432
Inventors:
Larry T. Albert - Abingdon MD
Frank Faez Athari - Baltimore MD
Assignee:
Black & Decker Inc. - Newark DE
International Classification:
H02J 704
H02J 716
US Classification:
320140
Abstract:
A self-oscillating buck mode battery charger apparatus 10. The apparatus 10 includes a main switching transistor 22, a first control transistor 34 and a second control transistor 36. The control transistors 34 and 36 are arranged such that neither control transistor sees the full input mains voltage across input terminals 12 of the apparatus 10 when the switching transistor 22 is turned off. An alternative embodiment of the invention includes a high and low main sensing circuit 102 in which a controller 120 is used to detect an excessively high mains voltage condition as well as an undesirably low mains voltage condition. The controller 120 turns off a PWM control circuit 104 when either condition is present for a predetermined length of time. Turning off the PWM control circuit 104 causes the main switching transistor 106 to be turned off, thereby preventing damage to the components of the charger apparatus 100. The charger apparatus is especially well-suited for applications where a rectified DC mains voltage is used to provide a charging current to a rechargeable battery.

Motor Speed Control Circuit With Electronic Clutch

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US Patent:
54102294, Apr 25, 1995
Filed:
Feb 28, 1994
Appl. No.:
8/203504
Inventors:
Tomy Sebastian - Saginaw MI
Frank F. Athari - Baltimore MD
Assignee:
Black & Decker Inc. - Newark DE
International Classification:
H02P 308
US Classification:
318434
Abstract:
The pulse width modulated DC motor speed control circuit indirectly senses motor current using sense MOSFETs and a peak detector circuit with storage capacitor for deriving an average motor current signal. The average motor current signal is used both in the feedback loop of the pulse width modulated speed control circuit and also in the motor shutoff or clutch circuit. The clutch circuit shuts off power to the motor when a user-settable torque is reached. The motor speed control circuit is therefore adapted for use in hand-held DC power tools such as screwdrivers and nutdrivers which stop rotation at a predefined torque.
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Frank Faez Athari from Baltimore, MD, age ~55 Get Report