1 / 11

Thermal Analysis of Outer Tracker Modules and Rod

Thermal Analysis of Outer Tracker Modules and Rod. Susanne Kyre UCSB. TK Module design parameters from Nov 2009 TUPO presentation by Hans Postema. 2.5 cm strip length Sensor glued on 2 TPG strips TPG strips on the backplane side TPG strips connected to cooling block on cooling pipe

ardith
Download Presentation

Thermal Analysis of Outer Tracker Modules and Rod

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Thermal Analysis of Outer Tracker Modules and Rod Susanne Kyre UCSB Susanne Kyre UCSB

  2. TK Module design parametersfrom Nov 2009 TUPO presentation by Hans Postema • 2.5 cm strip length • Sensor glued on 2 TPG strips • TPG strips on the backplane side • TPG strips connected to cooling block on cooling pipe • Hybrid with apv’s glued on sensor, strip side, above the TPG strip • DC-DC converter glued on the TPG strip of the sensor. • One DC-DC converter powers 2 hybrids Susanne Kyre UCSB

  3. Dimensions and Materials Susanne Kyre UCSB

  4. Module FEA Susanne Kyre UCSB

  5. Result of steady state thermal analysis Maximum Temperature: -27.0°C (at center readout chips on hybrid #2) Susanne Kyre UCSB

  6. Result of steady state thermal analysis Maximum Sensor temperature: -28.3°C Susanne Kyre UCSB

  7. TK Rod design parameters • 12 Modules per rod (6 facing up, 6 facing down) • One cooling loop per rod • Cooling block temperature at inlet: -30°C • Cooling block temperature at outlet: -25°C • Sensor, DC-DC and Readout chip power as in Module analysis Susanne Kyre UCSB

  8. Cooling block temperatures • From Module analysis: Heat flux through cooling block-pipe interface differs with cooling block location • Assume: ΔT between cooling blocks is proportional to difference in heat flux between cooling blocks Susanne Kyre UCSB

  9. Rod FEA Susanne Kyre UCSB

  10. Result of steady state thermal analysis Maximum Temperature: -24.0°C at hybrid #2 on module closet to inlet/outlet Max. Temp Susanne Kyre UCSB

  11. Result of steady state thermal analysis Maximum Sensor temperature: -25.1°C at sensor closest to inlet/outlet This sensor also has the largest temperature gradient: 3.0°C across the sensor Susanne Kyre UCSB

More Related