1. Explain the voltage transfer characteristics of a CMOS Inverter.
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2. What should be done to the size of a nMOS transistor in order to increase its threshold voltage?
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3. What are the advantages of CMOS technology?
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4. Give the expression for CMOS switching power dissipation.
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5. Why is static power dissipation very low in CMOS technology when compared to others?
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6. What is velocity saturation? What are its effects?
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7. Why are pMOS transistor networks generally used to produce high signals, while nMOS networks are used to product low signals?
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8. Expand: DTL, RTL, ECL, TTL, CMOS, BiCMOS.
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9. On IC schematics, transistors are usually labeled with two, or sometimes one number(s). What do each of those numbers mean?
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10. How do you calculate the delay in a CMOS circuit?
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Answer
2. What should be done to the size of a nMOS transistor in order to increase its threshold voltage?
Answer
3. What are the advantages of CMOS technology?
Answer
4. Give the expression for CMOS switching power dissipation.
Answer
5. Why is static power dissipation very low in CMOS technology when compared to others?
Answer
6. What is velocity saturation? What are its effects?
Answer
7. Why are pMOS transistor networks generally used to produce high signals, while nMOS networks are used to product low signals?
Answer
8. Expand: DTL, RTL, ECL, TTL, CMOS, BiCMOS.
Answer
9. On IC schematics, transistors are usually labeled with two, or sometimes one number(s). What do each of those numbers mean?
Answer
10. How do you calculate the delay in a CMOS circuit?
Answer
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