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5.5. Charge-sharing in dynamic gates
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charge sharing in dynamic gate
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6.6. Dynamic latches & registers
3.7. Dynamic power
5.6. Cascading in dynamic CMOS
12.13. Sense amplifiers
5.2. Dynamic CMOS
5.4. Leakage in dynamic CMOS
6.8. I_O pipelining
3.12. Delay in CMOS gates
3.5. CMOS capacitance and resistance
3.3. CMOS noise margins
5.9. Logical effort in dynamic CMOS
3.1. CMOS inverter
3.2. CMOS VTC
1.1. Classical model of silicon
6.5. Imperfect clocks and hold time
3.4. Preliminaries of CMOS delay
3.10. Complex CMOS gates
5.3. Delay in dynamic CMOS
2.1. PMOS Transistors
3.6. CMOS delay model
12.12. SRAM read and write
7.8. Etching & CMP
2.2. Preliminaries of logic
5.7. NP logic
2.5. Bipolar logic
2.7. Enhancement load inverter
1.12. PN junction
1.5. Intrinsic silicon
6.1. Sequential CMOS
4.8. Complications of optimization
4.1. Sizing in a chain
6.9. Internal pipelining
5.1. High impedance nodes
12 21 Row decoders design using logical effort
7.9. Exposure strategies
1.11. Diffusion
7.7. Photoresist coating, baking, & development
2.11. Complex enhancement synthesis
4.7. Analyzing optimal solutions
2.8. Enhancement load VTC