SBIR-STTR Award

High Temperature Package for Recently Developed Silicon Carbide
Award last edited on: 9/12/02

Sponsored Program
SBIR
Awarding Agency
DOD : OSD
Total Award Amount
$497,723
Award Phase
2
Solicitation Topic Code
OSD95-015
Principal Investigator
Rick J Yoon

Company Information

IJ Research Inc

2919 Tech Center Drive
Santa Ana, CA 92705
   (714) 546-8522
   sales@ijresearch.com
   www.ijresearch.com
Location: Single
Congr. District: 45
County: Orange

Phase I

Contract Number: N00163-95-C-0161
Start Date: 8/14/95    Completed: 2/14/96
Phase I year
1995
Phase I Amount
$99,931
Earlier works have been extended to develop electronic packages for use under corrosive and high temperature environments. Most silicon-based semiconductor devices can operate only below 300C. New developments of amorphous silicon carbide packages have attracted wide interest due to the capability of tailoring electronic, optical and structural properties for microhybrid and optoelectronic device application under extreme environments. The objective of this proposed project is to develop a manufacturing process with a silicon carbide package. Selection of materials and the design of the package will be discussed. The incorporation of the Navy designed package as a prototype design for developing prototype commercial packages will also be mentioned.

Keywords:
Silicon Carbide High Temperature Applications Thick Film Metallization Thin Film Metallization

Phase II

Contract Number: N00014-97-C-0315
Start Date: 9/2/97    Completed: 9/1/99
Phase II year
1997
Phase II Amount
$397,792
This proposal covers the transition plan of the Navy developed high temperature packaging technology and the final R&D of the Phase I material characterization and packaging process along with the development of a commercial high temperature package manufacturing process into a commercial process. The transition plan includes in-depth research on the materials and the optimization of the commercial process. The package design for Phase II is still based on the NAWC design. The NAWC introduction of the package for their military hostile environment application has potential commercial applications and Phase II program will provide the first exposure of such package in microelectronic market. The Phase I was successfully completed in January, 1996. The Phase I packages were crack-free and hermetic. The Phase II program will establish a technique for reliable parts in moderately large quantities, and develop the market for them. Sensors such as pressure, temperature, gaseous or liquids applications for jet engines, geothermal, oil production, automotive, corrosive fluid measurement, nuclear energy, etc.

Keywords:
Aluminum Nitride Aln High Temperature Package Microelctronical Package Ceramic Package Ceramic Cover