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Scott Martin Kerstein

from Farmington Hills, MI
Age ~61
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Also known as:
Scott M Kerstein
Phone and address:
30675 Ridgeway Dr, Farmington, MI 48334
(248) 478-2865
Related to:
Leslie E Smith, 38Marie Angelique Beauchamp, 52Belinda SmithKenneth Smith, 38Linda Y Smith, 57Regina SmithTiffany Smith, 39
Connected to:
Adena R Kerstein, 45Alan R Kerstein, 75Albert D Kerstein, 106Colleen A Kerstein, 77Harvey L Kerstein, 78Helen B Kerstein, 43Kendall C Kerstein, 40Lodielyn C Kerstein, 44Neil M Kerstein, 78Steven M Kerstein, 47

Scott Kerstein Phones & Addresses

  • 30675 Ridgeway Dr, Farmington Hills, MI 48334 (248) 478-2865
  • Farmington, MI
  • Livonia, MI
  • Redford, MI
  • Northville, MI
  • Oakland, MI
  • Mesa, AZ
  • 30675 Ridgeway Dr, Farmington Hills, MI 48334 (248) 761-8515

Work

Company: Cypress semiconductor corporation Apr 2019 Position: Principal field applications engineer

Education

Degree: Master of Science, Masters School / High School: Wayne State University 1993 Specialities: Electronics

Skills

Analog • Semiconductors • Electronics • Hardware Architecture • Microcontrollers • Embedded Systems • Microprocessors • Electrical Engineering • Fpga • Pcb Design • Lcd • Processors • Engineering • Cpld • Integrated Circuit Design

Industries

Semiconductors

Resumes

Resumes

Scott Kerstein Photo 1

Principal Field Applications Engineer

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Location:
Detroit, MI
Industry:
Semiconductors
Work:
Cypress Semiconductor Corporation
Principal Field Applications Engineer
Arrow Electronics
Senior Field Applications Engineer
Arrow Electronics Feb 2006 - Mar 2012
Field Applications Engineer
Optrex America 2001 - 2004
Design Engineer
Visteon Corporation 1993 - 2001
Design Engineer
Education:
Wayne State University 1993
Master of Science, Masters, Electronics University of Michigan - Dearborn 1988
Bachelors, Bachelor of Science, Electrical Engineering
Skills:
Analog
Semiconductors
Electronics
Hardware Architecture
Microcontrollers
Embedded Systems
Microprocessors
Electrical Engineering
Fpga
Pcb Design
Lcd
Processors
Engineering
Cpld
Integrated Circuit Design

Publications

Us Patents

Spark Knock Detection System For An Internal Combustion Engine

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US Patent:
54839360, Jan 16, 1996
Filed:
Jul 5, 1994
Appl. No.:
8/270982
Inventors:
Scott M. Kerstein - Redford MI
Stephen C. Simmons - Dundee MI
Brett A. Dunn - Saline MI
Duane M. Grider - Farmington Hills MI
International Classification:
F02P 5152
G01L 2322
US Classification:
123425
Abstract:
A spark knock detection system is disclosed which has a vibration detector connected in proximity to the engine for converting a vibration into an electrical output signal representative of the vibration. A sampler which is connected to the vibration detector samples the electrical output signal and converts the electrical output signal into a numerical data pattern corresponding to the electrical output signal. A feature extractor which is connected to the sampler converts the numerical data pattern into frequency domain signal portions which have a magnitude. A classifier which is connected to the feature extractor receives the frequency domain signal portions. The classifier has predetermined coefficients for classifying the frequency domain signal portions to indicate the presence of spark knock.

Method For Operating A Microprocessor And A Burst Memory Using A Chip Enable And An Output Enable Signal

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US Patent:
60214783, Feb 1, 2000
Filed:
Jun 30, 1997
Appl. No.:
8/885886
Inventors:
Scott Martin Kerstein - Redford MI
William Eugene Gioiosa - Dearborn Heights MI
Terry Eugene Downs - North Wales PA
Assignee:
Ford Motor Company - Dearborn MI
International Classification:
G11C 700
G11C 800
G11C 1140
US Classification:
711167
Abstract:
Burst memory transfer from a memory to a microprocessor (CPU) is accomplished using analysis including determining first and second conditions. If an output enable is consecutively activated for more than one consecutive system clock cycle, following the address phase, the memory will initiate a burst transfer sequence. The addresses of subsequent data bytes or words following the first byte or word are determined by the memory advancing or incrementing its internal address counter until the burst transfer has been suspended or terminated. If the output enable pin is deactivated prior to the next address phase requested by the CPU, burst transfer will be suspended until the output enable pin is activated again. If the CPU requests the next address phase (chip enable activated) from the memory while the output enable is activated, the burst in progress will be terminated.
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Scott Martin Kerstein from Farmington Hills, MI, age ~61 Get Report