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Kent Nysewander Phones & Addresses

  • 522 Kentucky Ave, Plainfield, IN 46168 (317) 730-1084
  • 7745 County Road 600, Mooresville, IN 46158 (317) 839-0682 (317) 839-0998 (317) 839-4749
  • 7984 County Road 600, Mooresville, IN 46158 (317) 839-0998
  • Norfolk, VA
  • 4506 Redcliff South Ln, Plainfield, IN 46168 (317) 839-0998

Work

Company: Stanley healthcare Jul 1, 2014 Position: Field service engineer

Education

Degree: Bachelors School / High School: Indiana University–Purdue University Indianapolis 1997 to 2008 Specialities: General Studies

Skills

Troubleshooting • Testing • Electronics • Wireless • Telecommunications • Rf • Quality Assurance • Process Improvement • Cross Functional Team Leadership • Integration • Hardware • Product Development • Six Sigma • Management • Engineering • Wimax • Voip • Lte • Cdma • Systems Thinking • Business Process Improvement

Industries

Telecommunications

Resumes

Resumes

Kent Nysewander Photo 1

Field Service Engineer

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Location:
130 Turner St, Waltham, MA 02453
Industry:
Telecommunications
Work:
Stanley Healthcare
Field Service Engineer

Ingram Micro Aug 2011 - Jul 2014
Product Engineer

Jdsu Feb 2008 - Aug 2011
Customer Support Technician 4

Technicolor Aug 1996 - Oct 2007
Engineering Technologist

Jdsu Jan 1990 - Aug 1996
Electronics Technician
Education:
Indiana University–Purdue University Indianapolis 1997 - 2008
Bachelors, General Studies
Electronics Technician “A” School Us Navy Great Lakes, Il 1984 - 1984
Plainfield High School, Plainfield, In 1977 - 1981
Skills:
Troubleshooting
Testing
Electronics
Wireless
Telecommunications
Rf
Quality Assurance
Process Improvement
Cross Functional Team Leadership
Integration
Hardware
Product Development
Six Sigma
Management
Engineering
Wimax
Voip
Lte
Cdma
Systems Thinking
Business Process Improvement

Publications

Us Patents

Full Duplex Telephone System Employing Automatic Level Control For Improved Digital Signal Processing Of Audio Signals

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US Patent:
8229104, Jul 24, 2012
Filed:
Jun 24, 2008
Appl. No.:
12/214997
Inventors:
Wilhelm Ernst Riedl - Indianapolis IN, US
Joel David Sawaski - Indianapolis IN, US
Kent Joseph Nysewander - Mooresville IN, US
Hung Chi Lai - Fishers IN, US
Frank Alan Nardelli - Indianapolis IN, US
Assignee:
Thomson Licensing - Boulogne-Billacourt
International Classification:
H04M 1/00
US Classification:
37938803, 37940615, 381 93
Abstract:
Audio processing systems, such as full duplex digital telephone systems, are provided in which analog automatic level control (ALC) circuitry is employed to automatically control and stabilize the microphone output audio signal levels to a constant level for optimal digital signal processing. For example, an audio communication device () includes a microphone () to generate an audio signal, an analog automatic level control (ALC) circuit (), coupled to an output of the microphone (), to control a level of the audio signal output from the microphone () and output a level-controlled audio signal, and a DSP (digital signal processing) circuit () to process the level-controlled audio signal output from the ALC circuit (). The ALC () allows audio signals to be captured by the microphone () with wide dynamic range, while stabilizing the microphone output level within a reduced dynamic range compatible with the limited dynamic range of the DSP circuitry () for enhanced performance.

Wide Band Voltage Controlled Crystal Oscillator

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US Patent:
20040130405, Jul 8, 2004
Filed:
Nov 21, 2003
Appl. No.:
10/478448
Inventors:
Chandra Mohan - Carmel IN, US
Kent Nysewander - Mooresville IN, US
International Classification:
H03B005/32
US Classification:
331/158000
Abstract:
A voltage controlled Colpitts type crystal oscillator includes a first crystal and a transistor coupled to the first crystal to provide positive feedback for generating an output oscillatory signal. A variable capacitance is coupled to the first crystal for producing a change in a frequency of the oscillatory signal when a corresponding change in the variable capacitance occurs. A first inductance is coupled in a resonant circuit that includes the variable capacitance and the first crystal having a value selected to provide a pulling range of at least 0.4% with respect to the frequency of the oscillatory signal. In one embodiment of the invention, a second crystal is coupled to the first crystal and included in the resonant circuit. An energy dissipating impedance is coupled in the resonant circuit to the first crystal for decreasing a Q characteristic of the first crystal to increase the pulling range of the oscillator. The first inductance separates the second crystal from each of the first crystal and the energy dissipating impedance to decrease an effect of the energy dissipating impedance on a Q characteristic of the second crystal.
Kent J Nysewander from Plainfield, IN, age ~61 Get Report