Challenges DRISHTI
Development of Annealed Pyrolytic Graphite (APG) material Heat shunt and chassis for effective thermal performance
Project shall be done in two phases (Phase-1 & Phase-2) Phase-1: Proof of Concept: To validate the process of manufacturing of APG material Heat shunt and chassis withelectronics module Engineering Cards and prove the thermal performance compared with legacy design.• Graphics, SBC & IOCM Module thermal performance improvements for following conditions:
• 55OC ambient for continuous operation – steady state condition
• 65OC ambient for continuous operation – steady state condition
• 71OC ambient for 30mins operation – Transient state condition
• Chassis with 6U and/or 3U modules with ¾ ATR, ½ ATR and custom size chassis for 250w power with conduction Colling for following conditions.
• 55OC ambient for continuous operation – steady state condition
• 65OC ambient for continuous operation – steady state condition
• 71OC ambient for 30mins operation – Transient state condition All the above development with sample engineering Heat shunt/sink should be tested with available module and Thermal analysis to be carried out using ANSYS ICEpak Phase-2 : Development for implementation on LRU:
• Innovator shall develop MIL-Standard Heat shunts/heat sinks and chassis with APG material and test the same for a given LRU for following conditions:
• Graphics, SBC & IOCM Module thermal performance improvements for followingconditions:
• 55OC ambient for continuous operation – steady state condition
• 65OC ambient for continuous operation – steady state condition
• 71OC ambient for 30mins operation – Transient state condition
• Chassis with 6U and/or 3U modules with ¾ ATR, ½ ATR and custom size chassis for 250w power with conduction Colling for following conditions.
• 55OC ambient for continuous operation – steady state condition
• 65OC ambient for continuous operation – steady state condition
• 71OC ambient for 30mins operation – Transient state condition
