Category:Wafers
Jump to navigation
Jump to search

thin slice of semiconductor material used in the fabrication of integrated circuits | |||||
Upload media | |||||
Subclass of | |||||
---|---|---|---|---|---|
Made from material | |||||
| |||||
![]() |
Subcategories
This category has the following 2 subcategories, out of 2 total.
B
C
- Wafer cassettes (1 F)
Media in category "Wafers"
The following 101 files are in this category, out of 101 total.
-
12-inch silicon wafer.jpg 2,000 × 2,000; 3.15 MB
-
2008Computex Intel Atom Launch at Grand Hyatt Taipei the Fab.jpg 2,736 × 3,648; 2.7 MB
-
200mm Si Wafer.png 2,132 × 1,878; 4.74 MB
-
6 inch SMIF POD.jpg 3,888 × 2,592; 4.3 MB
-
A Field of Dreams (40054482212).jpg 3,595 × 3,238; 2.06 MB
-
A Wafer of the Latest D-Wave Quantum Computers (39188583425).jpg 5,158 × 3,522; 3.81 MB
-
Ausstellung Mikroelektronik in den TSD (09).JPG 1,012 × 978; 710 KB
-
B-e-ultrasonicimage.png 227 × 230; 56 KB
-
Chips on 6-Inch-Wafer 01.jpg 3,000 × 2,000; 813 KB
-
Colorful patterns in the wafers (5900040461).jpg 3,648 × 2,736; 2.22 MB
-
Computer History Museum (9364488210).jpg 1,600 × 1,067; 563 KB
-
Dan Hutcheson CEO of VLSI Research holds a 450mm silicon wafer.jpg 2,056 × 1,536; 657 KB
-
Drahtsägenprozess wikipedia.JPG 480 × 299; 27 KB
-
Etchedwafer.jpg 286 × 350; 23 KB
-
Exposed 150mm 6" wafer with hundreds of chips.jpg 7,118 × 5,122; 8.86 MB
-
Fale - Monaco - 71.jpg 1,728 × 2,304; 1.15 MB
-
Fale - Monaco - 72.jpg 2,304 × 1,728; 1.29 MB
-
Fale - Monaco - 74.jpg 2,304 × 1,728; 1.2 MB
-
Fale - Monaco - 76.jpg 2,304 × 1,728; 1.15 MB
-
Fale - Monaco - 80.jpg 2,304 × 1,728; 1.24 MB
-
Fale - Monaco - 81.jpg 2,304 × 1,728; 1.11 MB
-
Fale - Monaco - 83.jpg 1,728 × 2,304; 1,023 KB
-
Front opening shipping box (bottom side).jpg 1,728 × 2,304; 673 KB
-
Front opening shipping box (front side).jpg 2,304 × 1,728; 767 KB
-
Ghost in the Quantum Machine (25215168597).jpg 3,175 × 2,998; 2.35 MB
-
Haswell Chip.jpg 3,924 × 2,848; 3.33 MB
-
ICC 2008 Poland Silicon Wafer 1 edit.png 703 × 626; 788 KB
-
ICC 2008 Poland Silicon Wafer 1.png 806 × 689; 977 KB
-
ICC 2008 Poland Silicon Wafer 2 edit.png 658 × 658; 770 KB
-
ICC 2008 Poland Silicon Wafer 2.png 786 × 708; 988 KB
-
ICC 2008 Poland Silicon Wafer FxJ.jpg 618 × 1,432; 342 KB
-
Jsc2021e066969.jpg 7,897 × 5,265; 2.73 MB
-
Klassieren.jpg 1,245 × 1,658; 299 KB
-
Latest D-Wave 2000 Qubit Processor (25215169297).jpg 1,935 × 1,645; 775 KB
-
LoackerProduct.jpg 3,120 × 4,160; 3.92 MB
-
Lyon.Marchande de gaufres.jpg 1,189 × 771; 195 KB
-
Microelectronics Lab.jpg 506 × 492; 63 KB
-
Microprocesseurs sur une tranche de silicium.JPG 3,008 × 2,000; 4.11 MB
-
Monokristalines Silizium für die Waferherstellung.jpg 220 × 588; 34 KB
-
Mounted wafer.jpg 320 × 270; 42 KB
-
MPC on Si.png 1,263 × 902; 3.26 MB
-
Nanoscope.jpg 4,288 × 2,848; 6.6 MB
-
Notch and Flat 01.jpg 2,000 × 1,461; 387 KB
-
Oblea chips.png 189 × 166; 64 KB
-
Panasonic 8 inch wafer surface 1.JPG 2,272 × 1,704; 610 KB
-
Panasonic chips in tray.JPG 2,272 × 1,548; 637 KB
-
Photoresist spin coating.jpg 3,452 × 1,594; 1.82 MB
-
Plessey Semiconductors Ltd GaN-on-Silicon microLED arrays on wafer.png 1,059 × 743; 1.91 MB
-
POWER9TOP500Certificates.jpg 3,111 × 4,148; 8.19 MB
-
Quantum Supremacy (39188582795).jpg 1,526 × 1,169; 538 KB
-
Semiconductor Wafer of Microelectronics.jpg 3,840 × 2,160; 3.06 MB
-
Shanghai Copper (54220105).jpg 1,501 × 1,645; 1.11 MB
-
Si-rGO.png 2,972 × 1,994; 3.41 MB
-
Si-Wafer.png 523 × 177; 6 KB
-
SiC wafers 6inch.jpg 886 × 638; 173 KB
-
Silicon National Museum of Scotland 01.JPG 2,056 × 3,648; 2.92 MB
-
Silicon Technology Display (2370858835).jpg 2,816 × 2,112; 2.86 MB
-
Silicon wafer close view.jpg 2,048 × 1,536; 160 KB
-
Silicon wafer diameter progression.jpg 2,304 × 3,072; 3.81 MB
-
Silicon wafer with mirror finish.jpg 305 × 357; 15 KB
-
Silicon wafer.jpg 1,732 × 1,750; 988 KB
-
Silicon wafers.jpg 4,208 × 3,120; 5.36 MB
-
Silicon.JPG 3,872 × 2,592; 4.69 MB
-
Siliziumwafer-Stapel, der mithilfe einer Diamantdrahtsäge hergestellt wurde.jpg 3,840 × 2,160; 915 KB
-
Siliziumwafer.JPG 1,264 × 702; 94 KB
-
Spinner.jpg 641 × 823; 63 KB
-
Splitted Wafer.png 1,218 × 737; 954 KB
-
Stealth diced Si wafer 150µm 430x400 MB11.png 430 × 400; 294 KB
-
Tetrahedral amorphous carbon thin film.jpg 1,600 × 1,309; 149 KB
-
The Beauty of Quantum Computers (25215168907).jpg 2,140 × 2,556; 1.34 MB
-
The Childrens Party Book - Vanilla Wafers.png 621 × 717; 641 KB
-
U.S. Department of Energy - Science - 271 004 006 (9788999284).jpg 3,000 × 1,983; 454 KB
-
Wafer 2 Zoll bis 8 Zoll 2.jpg 557 × 454; 90 KB
-
Wafer 2 Zoll bis 8 Zoll.jpg 454 × 557; 84 KB
-
Wafer at Intel Museum.JPG 3,358 × 2,998; 1.52 MB
-
Wafer die's yield model (10-20-40mm) - Version 2 - DE.png 3,000 × 1,000; 164 KB
-
Wafer die's yield model (10-20-40mm) - Version 2 - EN.png 3,000 × 1,000; 163 KB
-
Wafer die's yield model (10-20-40mm).PNG 1,000 × 2,500; 219 KB
-
Wafer flats convention v2.svg 150 × 150; 13 KB
-
Wafer flats convention.PNG 190 × 186; 1 KB
-
Wafer Inspector (5900036077).jpg 2,736 × 3,648; 2.62 MB
-
Wafer prober service configuration.jpg 1,500 × 1,165; 684 KB
-
Wafer through the magnifying glass (5900035793).jpg 3,648 × 2,736; 2.56 MB
-
Wafer with multiple Microprocessor dies on it.jpg 10,176 × 10,192; 28.12 MB
-
Wafer with Pentium chips.jpg 1,200 × 1,600; 567 KB
-
Wafer-trasparente.png 557 × 454; 516 KB
-
Wafermap showing fully and partially patterned dies.svg 657 × 657; 103 KB
-
Wafermap.jpg 607 × 615; 70 KB
-
Wafers (51258425325).jpg 4,912 × 3,264; 8.4 MB
-
Wafers from 2 to 8 Inches 01.jpg 3,500 × 1,857; 671 KB
-
Wafers National Museum of Scotland 20.JPG 3,648 × 2,056; 2.65 MB
-
Wafertraksystem.jpg 2,048 × 1,536; 577 KB
-
WSI a.JPG 1,600 × 1,200; 611 KB
-
WSI b.JPG 1,600 × 1,200; 599 KB
-
WSI Wafer.jpg 849 × 668; 105 KB
-
Zond A5.jpg 626 × 603; 70 KB