Capillary electrode array

The capillary electrode array (CEA) is a proposed device fabricated from a CMOS design with post-process XeF2 etching.

The most current reference for the CEA is

.

Content summary

This learning project is focused on the creation of the so-called capillary electrode array device. The development of the system involves the integration of knowledge gained from various learning projects:

• CMOS VLSI design

Goals

This learning project offers learning activities to

• simulate the flow of liquids and molecules on the nanoscale,
• design CMOS VLSI devices,
• adapt biomolecules to application in Al-based CMOS processes.

This learning project is intended as research, as the CEA may not have been characterized at this point.

Concepts to learn include:

• applications of adsorbed molecules to create mesoscale systems with coupled mechanical, thermal, electromagnetic, and chemical phenomena.
• inkjet printing systems,
• w:microfabrication.

Learning materials

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• on this page
• under development

Texts

• CMOS VLSI Design

Lessons

• Lesson 1: ...

Assignments

Activities

• Activity 1.
• etc.

Readings

Each activity has a suggested associated background reading selection.

• Reading 1.
• Study guide:
• Wikipedia article: w: __Article Name__
• etc.

References

Additional helpful readings include:

[[Category:]] <---include subject name

Active participants

Active participants in this Learning Group

The Capillary Electrode Array (CEA) is a proposed device fabricated from a CMOS design with post-process XeF2 etching.

The most current reference for the CEA is

.

The layers of a standard CMOS fabrication process and their thicknesses.

Formation of CEA opening by XeF2 etching.

Please see Directions for use for more information.

Learning Project Summary

• Project code: under development
• Suggested Prerequisites: integrated circuit design, physical chemistry
  • Topic:integrated ircuit design
  • Topic:physical chemistry
• Time investment: weeks to months
• Assessment suggestions: Definite goal (CEA utilization) the basis for evaluation.
• Portal:
• School:
• Department:
• Stream
• Level: