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Related lectures (30)

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How we design chips: The Digital VLSI Design Flow

Explores the principles and methodologies for designing integrated circuits, covering design flows, VLSI styles, abstraction levels, and the semiconductor ecosystem.

Digital Design: Lowerbounds and Recommendations

Covers abstraction levels, EPFL design flow, lowerbounds, and layout recommendations.

CS Stage: Small-Signal Model and Voltage Gain

Covers the small-signal model and voltage gain in CS stages.

Field Programmable Gate Arrays (FPGAs)

Covers the basic principles and architecture of Field Programmable Gate Arrays (FPGAs) and their implementation options for digital circuits.

Timing Verification and Optimization

Covers timing verification, gate delay modeling, network delay, sensitizable paths, and critical path analysis in digital circuits.

Neural Amplifiers: Theory and Design

Covers the theory and design of neural amplifiers, focusing on capacitive feedback architecture and MOS transistors.

Timing Analysis: Synchronous Circuit Design

Covers timing analysis of synchronous circuits, focusing on flip-flops, timing constraints, and metastability issues.

Digital Logic Circuits: Memory and Decoder Fundamentals

Provides an overview of digital logic circuits, focusing on memory systems and binary decoders, including their operation and access protocols.

Polarity Control in Nanowire FETs

Explores the development of a new programmable polarity device in nanowire FETs.

Logical Effort: Fundamentals of VLSI Design

Covers the Logical Effort method for optimizing logic delay and gate sizing impact.