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Richard J Hildenbrandt

from Bath, PA
Age ~73
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Also known as:
Richard Hildenbrandt, Richard T, Richard Hildabrandt, Rich Hildenbrandt, Richard James Hildebrandt, Richard Hildenbran, Richard Hildenbrant, Ri Hildenbrandt, Ella Hildenbrandt, Rich Hildenbrant
Phone and address:
385 Penn Dixie Rd, Bath, PA 18014
(610) 759-7493
Related to:
Brian Manger, 46Marlene Groover, 75Dean Maser, 60Mary BrownleeDonald Maser
Connected to:
Brian Hilden, 57Cameron D Hilden, 43Casey E Hildenbrand, 60Catherine J Hildenbrand, 47Christopher R Hilden, 57Clay J Hilden, 52Cynthia J Hilden, 65Diana F Hildenbrand, 40Emily F Hildenbrandt, 32Francis J Hildenbrand, 87

Richard Hildenbrandt Phones & Addresses

  • 385 Penn Dixie Rd, Bath, PA 18014 (610) 759-7493
  • Quantico, VA
  • Northampton, PA
  • Poplar Grove, IL
  • Goldsboro, NC
  • Burlington, NC

Resumes

Resumes

Richard Hildenbrandt Photo 1

Rf Engineer

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Position:
RF Engineer at STMicroelectronics
Location:
Quakertown, Pennsylvania
Industry:
Semiconductors
Work:
STMicroelectronics - Quakertown, PA since Jun 2011
RF Engineer
SGS-Thomson / STMicroelectronics - Montgomeryville/Malvern PA Apr 1994 - Jun 2011
Engineering Technician

Business Records

Name / Title
Company / Classification
Phones & Addresses
Richard Hildenbrandt
Owner
Alligator Autowreck Inc.
Wrecking Companies
Box 40056, Highfield PO, Calgary, AB T2G 5G5
Richard Hildenbrandt
Owner
Alligator Autowreck Inc
Wrecking Companies

Publications

Us Patents

Semiconductor Indicator For Voltage Diagnostics In Power Amplifiers

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US Patent:
20060197602, Sep 7, 2006
Filed:
Oct 31, 2005
Appl. No.:
11/263116
Inventors:
Craig Rotay - Audubon PA, US
John Pritiskutch - Orwigsburg PA, US
Richard Hildenbrandt - Bath PA, US
Assignee:
STMicroelectronics, Inc. - Carrollton TX
International Classification:
H03F 1/52
US Classification:
330298000
Abstract:
A semiconductor indicator for quantitatively diagnosing voltage conditions in high power transistor devices is provided. The semiconductor indicator includes a first transistor and a second transistor, where an electrically active periphery of the second transistor is less than an electrically active periphery of the first transistor. The transistors are thermally coupled to one another and may be in close proximity. The second transistor detects the voltage of a node on the first transistor and may be monitored by infrared imaging. The breakdown voltage characteristic of the second transistor may not substantially change as the temperature in the first transistor increases. An optional control circuit monitors and detects the output voltage of the first transistor.
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Richard J Hildenbrandt from Bath, PA, age ~73 Get Report