Black Forest Engineering Llc
- View government funding actions
- Colorado Springs, CO 809083231
- Phone: 719-593-9501
- Estimated Number of Employees: 17
- Estimated Annual Receipts: $3,139,172
- Business Start Date: 2002
- Contact Person: Sue Wall
- Contact Phone: 719-593-9501
- Contact Email: swall@bfe.com
- Business Structure:
- Corporate Entity (Not Tax Exempt)
- Business Type:
- For Profit Organization
- Limited Liability f
- Subchapter S Corporation
- Industries Served: Engineering Services, Research and Development in the Physical, Engineering, and Life Sciences (except Biotechnology)
- Product Areas: PLATE, SHEET, STRIP, FOIL, AND LEAF, STRUCTURAL SHAPES, BARS AND RODS, NONFERROUS BASE METAL, BARS & RODS NONFERROUS BASE METAL, PLATE SHEET STRIP-NONFERROUS METAL, PLATE, SHEET, STRIP, AND FOIL; NONFERROUS BASE METAL, STRUCTURAL SHAPES, NONFERROUS BASE METAL, STRUCTURAL SHAPES NONFERROUS METAL
Sampling of Federal Government Funding Actions/Set Asides
In order by amount of set aside monies.
- $99,967 - Thursday the 12th of January 2012
Missile Defense Agency
MISSILE DEFENSE AGENCY (MDA)
PH I RESEARCH&DEVELOPMENT - $75,000 - Friday the 10th of July 2015
National Aeronautics And Space Administration
NASA SHARED SERVICES CENTER
THE NASA JUPITER EUROPA ORBITER (JEO) CONCEPTUAL PAYLOAD CONTAINS A THERMAL INSTRUMENT WITH SIX DIFFERENT SPECTRAL BANDS RANGING FROM 8 M TO 100 M. THE THERMAL INSTRUMENT IS BASED ON MULTIPLE LINEAR ARRAYS OF THERMOPILE DETECTORS THAT ARE INTRINSICALLY RADIATION HARD; HOWEVER, THE THERMOPILE CMOS READOUT NEEDS TO BE HARDENED TO TOLERATE THE RADIATION SOURCES OF THE JEO MISSION. BLACK FOREST ENGINEERING (BFE) IS DEVELOPING A THERMOPILE READOUT TO TOLERATE THE JEO MISSION RADIATION SOURCES. ON PHASE II, BFE WILL TEST NEW CIRCUITRY FOR RADIATION HARDNESS, COMPLETE THE DESIGN OF A 1X128 THERMOPILE READOUT INTEGRATED CIRCUIT (ROIC) AND FABRICATE THE ROIC USING 180 NM CMOS TECHNOLOGY. THE PHASE II ROIC ALSO INCLUDES ON-CHIP 16-BIT ANALOG-TO-DIGITAL CONVERSION AND SERIAL DIGITAL OUTPUT FOR SYSTEM NOISE IMMUNITY. THE PHASE II ROIC WILL BE CHARACTERIZED TO MEET THE JEO THERMAL INSTRUMENT REQUIREMENT. - $417,079 - Saturday the 9th of June 2012
Department Of Army
W6QK ACC-APG CONT CT WASH OFC
INCREMENTAL FUNDING MOD IN THE AMOUNT OF $417,079.37 FOR THE CONTINUATION OF THE DESIGN, DEVELOP AND DELIVER OF AN ADVANCED ROIC HYBRIDIZED TO A HIGH PERFORMANCE CQWIP DETECTOR ARRAY. - $390,107 - Monday the 24th of September 2012
Department Of Army
W6QK ACC-APG DURHAM
SCIENTIFIC RESEARCH SERVICES - $359,868 - Tuesday the 12th of June 2012
Department Of Army
W6QK ACC-APG DURHAM
SCIENTIFIC RESEARCH SERVICES - $200,000 - Friday the 10th of July 2015
National Aeronautics And Space Administration
NASA SHARED SERVICES CENTER
THE NASA JUPITER EUROPA ORBITER (JEO) CONCEPTUAL PAYLOAD CONTAINS A THERMAL INSTRUMENT WITH SIX DIFFERENT SPECTRAL BANDS RANGING FROM 8 M TO 100 M. THE THERMAL INSTRUMENT IS BASED ON MULTIPLE LINEAR ARRAYS OF THERMOPILE DETECTORS THAT ARE INTRINSICALLY RADIATION HARD; HOWEVER, THE THERMOPILE CMOS READOUT NEEDS TO BE HARDENED TO TOLERATE THE RADIATION SOURCES OF THE JEO MISSION. BLACK FOREST ENGINEERING (BFE) IS DEVELOPING A THERMOPILE READOUT TO TOLERATE THE JEO MISSION RADIATION SOURCES. ON PHASE II, BFE WILL TEST NEW CIRCUITRY FOR RADIATION HARDNESS, COMPLETE THE DESIGN OF A 1X128 THERMOPILE READOUT INTEGRATED CIRCUIT (ROIC) AND FABRICATE THE ROIC USING 180 NM CMOS TECHNOLOGY. THE PHASE II ROIC ALSO INCLUDES ON-CHIP 16-BIT ANALOG-TO-DIGITAL CONVERSION AND SERIAL DIGITAL OUTPUT FOR SYSTEM NOISE IMMUNITY. THE PHASE II ROIC WILL BE CHARACTERIZED TO MEET THE JEO THERMAL INSTRUMENT REQUIREMENT.
© Copyright 2019
The Collier Report published by 1918 Media LLC.
Information displayed in this dossier has been provided through available open source or public sources.
No reliance should be made by readers or Collier Report subscribers.
Funding actions are complicated and do not always represent dollar-for-dollar payments to vendors nor do they represent payments in certain instances.
Requests for the modification of displayed information may be made to help.desk@1918.media.