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Daniel Joseph Thuringer

from Colorado Springs, CO
Age ~52
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Also known as:
Daniel J Thuringer, Dennis W Thuringer, Dan Thuringer
Phone and address:
310 Sandreed Pl, Colorado Springs, CO 80921
Related to:
Shelly L Thuringer, 50Dianne K ThuringerDaryl J Thuringer, 62Marvel C Thuringer, 75Kimberlee Thuringer, 38Anita A Thuringer, 60Dennis W Thuringer, 74Jeffrey A Thuringer, 50Heather N Thuringer, 50Shelly L Hazeltine, 50Karla K Thuringer, 58Ron D Quinn, 56
Connected to:
Paul G Thuriot, 51Steve F Thurkill, 76Jeri M Thurkow, 78Jacqueline Thurlby, 67Erin E Thurler, 34John R Thurling, 56Benjamin M Thurlow, 53Brooke M Thurlow, 35Chris Thurlow, 60Dawn M Thurlow, 56

Daniel Thuringer Phones & Addresses

  • 310 Sandreed Pl, Colorado Spgs, CO 80921
  • 6140 Poncha Ct, Colorado Springs, CO 80919
  • Cedar Rapids, IA
  • Sturgis, SD
  • Rapid City, SD
  • Rhome, TX

Work

Company: Rt logic Jul 2009 Position: Systems engineer

Education

Degree: MSEE School / High School: Iowa State University 1997 to 2001 Specialities: Electrical Engineering

Skills

Engineering Management • Embedded Systems • Systems Engineering • System Architecture • Electrical Engineering • Rf • Testing • Engineering • Wireless • Pcb Design • Systems Design • Fpga • Digital Signal Processors • Signal Processing • Program Management • Firmware • System Design • Integration

Industries

Defense & Space

Professional Records

License Records

Daniel J Thuringer

License #:
E-7426 - Expired
Category:
Engineering Intern

Resumes

Resumes

Daniel Thuringer Photo 1

Systems Engineer

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Location:
Colorado Springs, CO
Industry:
Defense & Space
Work:
RT Logic since Jul 2009
Systems Engineer
MKS Instruments 2002 - Jul 2009
Engineer
Rockwell Collins 1993 - 2002
Engineer
Rockwell 1993 - 2002
Engineer
Education:
Iowa State University 1997 - 2001
MSEE, Electrical Engineering South Dakota School of Mines and Technology 1991 - 1996
BS, EE
Skills:
Engineering Management
Embedded Systems
Systems Engineering
System Architecture
Electrical Engineering
Rf
Testing
Engineering
Wireless
Pcb Design
Systems Design
Fpga
Digital Signal Processors
Signal Processing
Program Management
Firmware
System Design
Integration

Publications

Us Patents

Cycle Slip Detection Using Low Pass Filtering

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US Patent:
6973150, Dec 6, 2005
Filed:
Apr 24, 2001
Appl. No.:
09/840946
Inventors:
Daniel J. Thuringer - Cedar Rapids IA, US
Assignee:
Rockwell Collins - Cedar Rapids IA
International Classification:
H04L025/00
H04L007/00
US Classification:
375371, 375376
Abstract:
A cycle slip detector and detection method for a phase comparison circuit are provided. The cycle slip detector includes a cycle slip detection filter possessing a predetermined filter bandwidth and a predetermined high frequency cut-off. The cycle slip detection filter receives a phase difference generated by the phase comparison circuit and transforms the phase difference into a filtered phase difference. The cycle slip detector further includes a compensator communicating with the cycle slip detection filter. The compensator compensates the magnitude based on a predetermined compensation response. The cycle slip detector further includes a cycle slip occurrence detector communicating with the compensator. The cycle slip occurrence detector compares a compensated magnitude of the filtered phase difference to a predetermined cycle slip threshold and generates a cycle slip output if the compensated magnitude exceeds the predetermined cycle slip threshold.

Methods And Systems For Stabilizing An Amplifier

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US Patent:
7639015, Dec 29, 2009
Filed:
Jun 28, 2007
Appl. No.:
11/770493
Inventors:
Daniel Joseph Thuringer - Colorado Springs CO, US
Jake Otis Deem - Colorado Springs CO, US
James Richard Carpenter - Colorado Springs CO, US
Assignee:
MKS Instruments, Inc. - Andover MA
International Classification:
G01V 3/00
US Classification:
324322, 324318
Abstract:
The invention generally relates to stabilizing an MRI power delivery system. In one aspect, a stabilization module that is in electrical communication with the MRI power delivery system is provided. The stabilization module includes a closed loop control system. The closed loop control system is used to modify the at least one characteristic of the input signal. The modified input signal is provided to the MRI power delivery system.

Methods And Systems For Stabilizing An Amplifier

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US Patent:
8461842, Jun 11, 2013
Filed:
Dec 28, 2009
Appl. No.:
12/647939
Inventors:
Daniel Joseph Thuringer - Colorado Springs CO, US
Jake Otis Deem - Colorado Springs CO, US
James Richard Carpenter - Colorado Springs CO, US
Assignee:
MKS Instruments, Inc. - Andover MA
International Classification:
G01V 3/00
US Classification:
324322, 324318
Abstract:
The invention generally relates to stabilizing an MRI power delivery system. In one aspect, a stabilization module that is in electrical communication with the MRI power delivery system is provided. The stabilization module includes a closed loop control system. The closed loop control system is used to modify the at least one characteristic of the input signal. The modified input signal is provided to the MRI power delivery system.

Satellite Navigation System Having Redundant Signal Processing And Matched Filtering

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US Patent:
63111276, Oct 30, 2001
Filed:
Sep 2, 1999
Appl. No.:
9/388972
Inventors:
D. Alexander Stratton - Cedar Rapids IA
Daryl L. McCall - Springville IA
Daniel J. Thuringer - Cedar Rapids IA
Assignee:
Rockwell Collins - Cedar Rapids IA
International Classification:
G01S 502
US Classification:
701213
Abstract:
Satellite navigation systems and receivers of the invention include an antenna which receives satellite signals from multiple satellites. Radio frequency circuitry coupled to the antenna converts the satellite signals into intermediate signals. Multiple signal processors coupled to the radio frequency circuitry implement similar or identical signal processing algorithms on the received satellite signals to provide redundant ranging information (i. e. , code and carrier measurements). One or more navigation processors coupled to the signal processors process the ranging information and provide positioning data outputs. The navigation processor implements smoothing filter functions that combine the redundant ranging data in a manner which enhances the positional accuracy. The navigation processor also implements unique fault-detection filter functions on the redundant ranging information. The characteristic response of the fault-detection filter functions are matched to the response of the smoothing filter functions, ensuring that signal-processing faults are detected and before the smoothed data exhibits excessive errors.
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Daniel Joseph Thuringer from Colorado Springs, CO, age ~52 Get Report