Column Grid Array (CGA)

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Industry-Leading CCGA Attach Process

VPT Components has developed a proven CCGA attach process designed to meet the demanding needs of the High-Reliability RadHard IC Community. Our solution delivers exceptional quality with competitive pricing and rapid turnaround times.

<4
Week Turn Time

100%
Attach Success Rate

10+
Years Flight Heritage

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472-CLGA Package Photo

Advanced Technology & Materials

Column Construction Image

TopLine Solder Columns

  • Copper-wrapped construction with 80Pb/20Sn core
  • 63Sn/37Pb (eutectic) tin coating
  • Capable of producing varying diameters & lengths
  • Proven reliability matching leading manufacturers
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Precision Attach Process

  • Vapor phase reflow using Gal-Den HS240 fluid
  • EP256 Sn63/Pb37 solder paste
  • Custom fixtures for 472 CGA packages
  • Zero failures after thousands of attachments
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Quality Assurance

  • MIL-PRF-38535 certified processes
  • Rigorous visual inspection per FIN001
  • Pull testing per MIL-STD-883K Method 2038
  • Controlled documents for all procedures

Proven Reliability Performance

Extensive testing demonstrates our CCGA attach process meets and exceeds MIL-STD-883 requirements across all temperature cycling conditions.

Pre-Stress Testing
All units pass 575g minimum
Cpk well above 1.33 industry standard

100 Temperature Cycles
Exceeds specification
MIL-STD-883 TM1010 Condition C

600 Temperature Cycles
Maintains strength
Well-controlled process maintained

1600 Temperature Cycles
Above 575g standard
-65°C to 150°C cycling

Pull Test Results Chart - Pull strength vs temperature cycles
CPK Data Visualization

Testing Methodology

All pull testing performed using Dage Microtester 22 at 0.25″/min pull rate, in accordance with MIL-STD-883K Method 2038. Testing conducted on Cobham 472 LGA packages with controlled document BLD011.

Pull Test Equipment Image

QML Certification Path

Transitional QML Q Certification

  • DLA virtual audit process for QML Q
  • Production lot process monitors with destructive pull testing
  • 100 and 500 total temperature cycles per monitor
  • 6-month qualification period with data submission to DLA
  • Path to QML V certification including NASA and Aerospace support

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