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2x2 module & stave layouts. 2 options “Small chip” “Big chip” Boundary between “small” and “big” is determined by the 6” sensor wafer layout that must.

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Presentation on theme: "2x2 module & stave layouts. 2 options “Small chip” “Big chip” Boundary between “small” and “big” is determined by the 6” sensor wafer layout that must."— Presentation transcript:

1 2x2 module & stave layouts

2 2 options “Small chip” “Big chip” Boundary between “small” and “big” is determined by the 6” sensor wafer layout that must be compatible with bump bonding (will become clear later) “Small” chip has also a more natural number of rows & columns, but this is probably a minor issue for chip design.

3 Parameters # cols total # rows total # ganged rows # long cols Long col width Small chip Small 2x2 tile um Small active edge 1x1 tile um big chip big 2x2 tile um big active edge 1x1 tile um Normal col. width x row height = 250um x 50um

4 “Small” 4-chip module Active 32.8 x Flex pigtail (connector plugs into page) Pixel orientation Flex down to chip w-bonds 0.2 (vertical inter-chip gap 0.1mm)

5 “Big” 4-chip module Active 35.8 x Flex pigtail (connector plugs into page) Pixel orientation Flex down to chip w-bonds 0.2 (vertical inter-chip gap 0.1mm)

6 Loaded module 20 position connector would be used. Replace dimension by 6.52 glue chips sensor flex connector Reduced scale 1.0 mm stiffener

7 “Small” module outer stave … End of stave card serving 8 modules (half a stave) along Z Can serve one face only (top or bottom) => 4 cards per stave Or can be a wrap-around end of stave card and serve both faces => 2 cards per stave. This way identical staves (including bus cable) design can be used over a wide radial range: 4 cards/stave at lower radius and 2 wrap-around cards per stave at higher radius Module on back 986mm 38.4

8 “Big” module outer stave … End of stave card serving 7 modules (half a stave) along Z (or 8 modules for 1082mm active length) Can serve one face only (top or bottom) => 4 cards per stave Or can be a wrap-around end of stave card and serve both faces => 2 cards per stave. This way identical staves (including bus cable) design can be used over a wide radial range: 4 cards/stave at lower radius and 2 wrap-around cards per stave at higher radius Module on back 946mm 39.9

9 “Small” sensor 6 inch wafer Active area = 7508 mm^2 Sensor tiles shown with darker line Wafer scale flip chip compatible. Chips shown with lighter line. The name “small” 2x2 tile comes from the wafer layout. –A slightly larger chip and therefore larger 2x2 tile is possible, but only 6 such “large” 2x2 tiles will fit on a 6” wafer.

10 “Big” sensor 6 inch wafer Active area = 7539 mm^2 Sensor tiles shown with darker line Wafer scale flip chip compatible. Chips shown with lighter line. OPTION to make 4 6- chip modules per wafer instead of 6 4-chip modules.

11 “Small” single chip module Using same chip as 4-chip module (hence “small”) Active edge sensor 2-side abuttable format active

12 “Big” single chip module Using same chip as 4-chip module (hence “small”) Active edge sensor 2-side abuttable format active


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