
| Home | About Us | Products | Applications | Markets | Literature | News | Blog | Contact |
| Contacts |
| CPS Vision |
| CPS Design |
| CPS Manufacturing |
| Thermal Management |
| AlSiC Materials |
| Information |
| Directions & Location |
| CPS Shows & Exhibits |
| Quickset Injection Molding |
| Investor Relations |
| Hermetic Packaging |
| IGBT Baseplates |
| Power Substrates |
| Power Module Coolers |
| Microprocessor Lids |
| Optoelectronic Housings |
| Microwave Housings |
| Structural Composite Components |
| CPS HybridTech Armor® |
| AlSiC Heat Sinks |
| Hybrid Electric Vehicles |
| Motor Control |
| Uninterruptible Power Supplies |
| Flip Chip Lids |
| AlSic Blog |
| Structures and Armor |
| Housing Materials |
| Specifications |
| AlSiC Hermetic Packages |
| Flat Packs |
| Power Header Packages |
| TO Housings |
| Aluminum Housings |
| Machined Housings |
| HybrdTech Technology® |
| HybridTech Benefits® |
| HybridTech Testing® |
| HybridTech Armor® Tile & Module Availability |
| Contact Info |
| Accommodations |
| Investor Relations |
Integrated heat spreader flip chip lids require materials that have good thermal conductivity and a compatible thermal expansion for thermal management. Thermal management also requires shape capability and stiffness to maintain a thin TIM1 bond line during product life. A stiff material lid can control warping and bowing during assembly to improve solder attachment and reduces warping during cycling to maintain a thin TIM1 bond line for the best thermal dissipation and device performance. Lightweight lid materials provide an advantage by reducing weight per solder ball and orientation dependence. In addition light weight materials enable larger lids to be considered for improved thermal dissipation schemes. AlSiC flip chip lids provide all of these attributes!