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ECE 124a/256c Timing Protocols and Synchronization

ECE 124a/256c Timing Protocols and Synchronization

ECE 124a/256c Timing Protocols and Synchronization. Forrest Brewer. Timing Protocols. Fundamental mechanism for coherent activity Synchronous Df =0 D f=0 Gated (Aperiodic) Mesochronous Df = f c D f=0 Clock Domains Plesiochronous Df =changing D f=slowly changing

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669 views • 47 slides
EE466: VLSI Design Lecture 19: Circuit Pitfalls

EE466: VLSI Design Lecture 19: Circuit Pitfalls

EE466: VLSI Design Lecture 19: Circuit Pitfalls. Outline. Circuit Pitfalls Detective puzzle Given circuit and symptom, diagnose cause and recommend solution All these pitfalls have caused failures in real chips Noise Budgets Reliability. Circuit 2:1 multiplexer. Symptom

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924 views • 38 slides
Introduction to CMOS VLSI Design Lecture 16: Circuit Pitfalls

Introduction to CMOS VLSI Design Lecture 16: Circuit Pitfalls

Introduction to CMOS VLSI Design Lecture 16: Circuit Pitfalls. David Harris Harvey Mudd College Spring 2004. Outline. Circuit Pitfalls Detective puzzle Given circuit and symptom, diagnose cause and recommend solution All these pitfalls have caused failures in real chips Noise Budgets

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989 views • 38 slides
Introduction to CMOS VLSI Design Lecture 16: Circuit Pitfalls

Introduction to CMOS VLSI Design Lecture 16: Circuit Pitfalls

Introduction to CMOS VLSI Design Lecture 16: Circuit Pitfalls. David Harris Harvey Mudd College Spring 2004. Outline. Circuit Pitfalls Detective puzzle Given circuit and symptom, diagnose cause and recommend solution All these pitfalls have caused failures in real chips Noise Budgets

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730 views • 38 slides
Introduction to Electronic Noise

Introduction to Electronic Noise

Introduction to Electronic Noise. Inherent vs External Noise Sources Types of Inherent Noise Noise Models. Inherent Electronic Component Noise. Inherent Device Noise: Internally Generated in Devices from Thermal Energy Internally Generated in Devices from Charge Carrier Motion

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219 views • 21 slides
Chapter 6

Chapter 6

Chapter 6. Combinational Circuit Design. Compound Gates. Asymmetric Gates. Cap on the input A is (2+4/3)=10/3. Logical effort=(10/3)/3=10/9. Better than Normal NAND gates (4/3). To optimize for the input-to-output delay. Pseudo-nMOS.

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212 views • 21 slides

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