Transcription of DESIGNING SEQUENTIAL LOGIC CIRCUITS
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DESIGNING SEQUENTIAL LOGIC CIRCUITS
Page 270 Wednesday, November 22, 2000 8:41 AM. CHAPTER. 7. DESIGNING SEQUENTIAL LOGIC . CIRCUITS . Implementation techniques for flip-flops, latches, oscillators, pulse generators, and Schmitt triggers n Static versus dynamic realization n Choosing clocking strategies Introduction Dynamic Transmission-Gate Based Edge-triggred Registers Timing Metrics for SEQUENTIAL CIRCUITS C2 MOS Dynamic Register: A clock Classification of Memory Elements Skew Insensitive Approach Static Latches and Registers True Single-Phase Clocked Register (TSPCR). Bistability Principle Pulse Registers Flip-Flops The C2 MOS Latch Based Latches NORA-CMOS A LOGIC Style for Based Edge Triggered Pipelined Structures Register True Single-Phase Clocked Register clock signals (TSPCR). Sense-Amplifier Based Registers Static Latches Pipelining: An approach to optimize SEQUENTIAL Dynamic Latches and Registers CIRCUITS 270.
7.4.5Non-ideal clock signals 7.4.6Low-Voltage Static Latches 7.5 Dynamic Latches and Registers 7.5.1 Dynamic Transmission-Gate Based Edge-triggred Registers 7.5.2 C2MOS Dynamic Register: A Clock Skew Insensitive Approach 7.5.3 True Single-Phase Clocked Register (TSPCR) 7.6 Pulse Registers 6.4.2 The C2MOS Latch 7.8.2 NORA-CMOS—A Logic Style for
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