Tutorials: Difference between revisions
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(pasted lins to various mask palges across the wiki) |
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The following are various tutorials from our NanoFab Wiki, collected here for your convenience. |
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:[[File:CAD Tutorial for ASML Reticle v1 - screenshot Device Layout cell.png|alt=screenshot of KLayout view of Device_Layout|thumb|300x300px|KLayout: example CAD file.]] |
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== Fabrication Tracking and Process Design == |
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Designing experiments, tracking your fabrication steps/process improvements, and keeping track of your results are key to achieving repeatable and improved results! |
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See this tutorial for example Travelers, Design of Experiments, and Manufacturing Execution Systems: |
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* [[Processing - How Do I…?#Experiment%20Setup|'''Processing | Experiment Setup''']] |
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|+Examples of Trello + Google Drive for tracking fabrication jobs |
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|[[File:Trello - Example Job Cards.png|alt=Trello - Example Job Cards screenshot|none|thumb|367x367px|Tracking to-do and completed tasks.]][[File:Google Drive - Example Job Folder.png|alt=Google Drive - Example Job Folder screenshot|none|thumb|327x327px|Example Job Folder on Google Drive with in-process traveler, microscope/SEM images, testing results etc.]] |
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|[[File:Trello - example job card.png|alt=Trello - example job card screenshot|none|thumb|504x504px|Example job card for a fabrication run.]] |
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⚫ | :Here are pages to help you design your devices in drawing programs, and make photomasks (aka. "masks" or "reticles") for various systems in our lab.[[File:CAD Tutorial for ASML Reticle v1 - screenshot Device Layout cell.png|alt=screenshot of KLayout view of Device_Layout|thumb|300x300px|KLayout: example CAD file.]] |
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Microfabrication CAD drawings are simple 2D drawings with layers, even though they are intended to become 3D devices through the fabrication process. The fabrication is all top-down, hence only 2D patterning is used. |
Microfabrication CAD drawings are simple 2D drawings with layers, even though they are intended to become 3D devices through the fabrication process. The fabrication is all top-down, hence only 2D patterning is used. |
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== Mask Making Guidelines == |
== Mask Making Guidelines == |
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''Info for mask/CAD layout for specific tools.'' |
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* [[Photomask Ordering Procedure for UCSB Users]] - see this page for how to submit your order into the purchasing system. |
* [[Photomask Ordering Procedure for UCSB Users]] - see this page for how to submit your order into the purchasing system. |
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* [[MLA150 - Design Guidelines]] - for the Heidelberg MLA150 Direct-Writer |
* [[MLA150 - Design Guidelines]] - for the Heidelberg MLA150 Direct-Writer |
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== Lithography Tutorials == |
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Projection litho systems (steppers, direct-writers) usually require a lithography calibration, as follows: |
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*{{fl|Liftoff-Techniques.pdf|Lift-Off Description/Tutorial}} - How it works, process limits and considerations for designing your process. |
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== General Fabrication == |
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* [[Processing - How Do I…?]] ← This page attempts to list common solutions to fabrication issues our lab users often run into. |
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Latest revision as of 17:54, 5 June 2025
The following are various tutorials from our NanoFab Wiki, collected here for your convenience.
Fabrication Tracking and Process Design
Designing experiments, tracking your fabrication steps/process improvements, and keeping track of your results are key to achieving repeatable and improved results!
See this tutorial for example Travelers, Design of Experiments, and Manufacturing Execution Systems:
CAD/Drawing Mask Plates
- Here are pages to help you design your devices in drawing programs, and make photomasks (aka. "masks" or "reticles") for various systems in our lab.
Microfabrication CAD drawings are simple 2D drawings with layers, even though they are intended to become 3D devices through the fabrication process. The fabrication is all top-down, hence only 2D patterning is used.
- Calculators + Utilities > CAD Layout and Mask Design - links to drawing programs and tutorials
- Calculators + Utilities > CAD Design Tips - key concepts you should utilize in your drawings, and tips for setting up your CAD programs
- Calculators + Utilities > Example CAD File - example stepper mask CAD files, including advanced layout for multiple experiments.
- Calculators + Utilities > CAD Files & Templates - example GDS/OAS files for various useful structures (alignment marks, verniers, fonts etc)
Stepper Mask Tutorials

Click for Stepper Reticle Tutorial Stepper Reticle Patterns (“images”) can optionally be much more sophisticated and flexible than contact plates.
- Stepper Reticle Layout vs Wafer Layout (Demis D. John) - explains how Stepper mask layout is very different than other litho systems.
- Stepper Reticle Layout (Advanced) - Complex Experiments and Variations - If you need many design variations on your wafer.
Mask Making Guidelines
Info for mask/CAD layout for specific tools.
- Photomask Ordering Procedure for UCSB Users - see this page for how to submit your order into the purchasing system.
- Stepper Mask-Making Guidelines - Info needed to design and order a reticle for our Stepper systems.
- ASML-specific Mask Making Guidelines (Private) - More detailed info to design and order a reticle for this specific ASML system.
- Access is restricted to trained users only by ASML's requirement - please contact tool supervisor for access.
- Autostep 200 Mask Making Guidance - information on designing and ordering your photomasks for the GCA AutoStep 200.
- GCA 6300 Mask Making Guidance (Work in progress) - GCA 6300 Stepper
- Mask Making Guidelines - Contact Masks - for the MJB-3 & MA6 Contact Aligners
- MLA150 - Design Guidelines - for the Heidelberg MLA150 Direct-Writer
Lithography Tutorials
- Lithography Calibration - Analyzing a Focus-Exposure Matrix (FEM) - Projection litho systems (steppers, direct-writers) usually require a lithography calibration, using a Focus-Exposure Matrix/Array (FEM/FEA).
- Lift-Off Description/Tutorial - How it works, process limits and considerations for designing your process.
General Fabrication
- Processing - How Do I…? ← This page attempts to list common solutions to fabrication issues our lab users often run into.