Official Course Description: MCCCD Approval: 07/22/08 | |||
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GTC111 19952-20086 | LEC | 3 Credit(s) | 3 Period(s) |
Semiconductor Processing Technology II | |||
Semiconductor physics, doping, crystal growth, epitaxial growth, diffusion,
oxidation, crystal defects, cleaning and etching, masking, photoresist,
metalization, and vapor deposition. Emphasizes common processes,
procedures, techniques, and problems. Prerequisites: None. | |||
MCCCD Official Course Competencies: | |
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GTC111 19952-20086 | Semiconductor Processing Technology II |
1. | Explain how semiconductors work, and describe their major uses in the electronics industry. (I) |
2. | Describe the effects and problems associated with semiconductor doping. (II) |
3. | Describe the processes of crystal growth and wafer fabrication. (III, IV, V, VI) |
4. | Describe the procedures and problems involved in the epitaxial growth, diffusion, oxidation, metalization, and vapor deposition processes used in semiconductor manufacturing. (VII, XI, XII) |
5. | Describe the cleaning processes, mask making, and photoresist techniques used in wafer processing. (VIII, IX, X) |
MCCCD Official Course Outline: | |
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GTC111 19952-20086 | Semiconductor Processing Technology II |
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