Chapter 7 Complementary MOS (CMOS) Logic Design. Microelectronic Circuit Design Richard C. Jaeger Travis N. Blalock. Chapter Goals. Introduce CMOS logic concepts Explore the voltage transfer characteristics CMOS inverters Learn to design basic and complex logic gates
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Chapter 7Complementary MOS (CMOS) Logic Design
Microelectronic Circuit Design
Richard C. JaegerTravis N. Blalock
Microelectronic Circuit Design
McGraw-Hill
Microelectronic Circuit Design
McGraw-Hill
Microelectronic Circuit Design
McGraw-Hill
Microelectronic Circuit Design
McGraw-Hill
Microelectronic Circuit Design
McGraw-Hill
Microelectronic Circuit Design
McGraw-Hill
Microelectronic Circuit Design
McGraw-Hill
Microelectronic Circuit Design
McGraw-Hill
Microelectronic Circuit Design
McGraw-Hill
Microelectronic Circuit Design
McGraw-Hill
Microelectronic Circuit Design
McGraw-Hill
Microelectronic Circuit Design
McGraw-Hill
Microelectronic Circuit Design
McGraw-Hill
Microelectronic Circuit Design
McGraw-Hill
Microelectronic Circuit Design
McGraw-Hill
Microelectronic Circuit Design
McGraw-Hill
Microelectronic Circuit Design
McGraw-Hill
Microelectronic Circuit Design
McGraw-Hill
Microelectronic Circuit Design
McGraw-Hill
Microelectronic Circuit Design
McGraw-Hill
Microelectronic Circuit Design
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Microelectronic Circuit Design
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Microelectronic Circuit Design
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The figure shows a symmetrical inverter switching waveform
Microelectronic Circuit Design
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CMOS NOR gate implementation
Reference Inverter
Microelectronic Circuit Design
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Microelectronic Circuit Design
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Microelectronic Circuit Design
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Microelectronic Circuit Design
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Microelectronic Circuit Design
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Microelectronic Circuit Design
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CMOS NAND gate implementation
Reference Inverter
Microelectronic Circuit Design
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Microelectronic Circuit Design
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Microelectronic Circuit Design
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Microelectronic Circuit Design
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Microelectronic Circuit Design
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Microelectronic Circuit Design
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Microelectronic Circuit Design
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Microelectronic Circuit Design
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Microelectronic Circuit Design
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Microelectronic Circuit Design
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Microelectronic Circuit Design
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Microelectronic Circuit Design
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Microelectronic Circuit Design
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Microelectronic Circuit Design
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Microelectronic Circuit Design
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Microelectronic Circuit Design
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where Co is the unit inverter’s load capacitance
Where τo is the unit inverter’s propagation delay
Microelectronic Circuit Design
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Microelectronic Circuit Design
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Microelectronic Circuit Design
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Microelectronic Circuit Design
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Microelectronic Circuit Design
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Microelectronic Circuit Design
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Microelectronic Circuit Design
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End of Chapter 7
Microelectronic Circuit Design
McGraw-Hill