2×1 MUX Using Transmission Gate | Schematic, Simulation & Analysis | Cadence Virtuoso IC 23 скачать в хорошем качестве

2×1 MUX Using Transmission Gate | Schematic, Simulation & Analysis | Cadence Virtuoso IC 23

Welcome to TronicWorks Tech! In this tutorial, we design a 2×1 Multiplexer (MUX) using a Transmission Gate (TG)–based CMOS structure in Cadence Virtuoso IC 23. This method provides lower delay, better switching behavior, and reduced power when compared to logic-gate–based MUX implementations. We create the complete transistor-level schematic, apply proper input sources, assign wire names, and perform Transient Analysis to verify the MUX output. 🔑 What you’ll learn 1. Designing a Transmission Gate-based 2×1 MUX 2. Understanding TG control signals (S and S̅) 3. Creating transistor-level schematic in Virtuoso 4. Running Transient Analysis to verify selection behavior 5. Observing waveforms for selected input switching 📂 Playlist: Cadence Virtuoso Lab Experiments 👉 Part of our “Learn Cadence from Basics” series. 🔔 Subscribe for more tutorials on CMOS circuits, TG logic, and transistor-level VLSI design. Note: This tutorial is recorded using the Cadence Virtuoso IC 23 software, licensed under Dayananda Sagar University. #CadenceVirtuoso #TransmissionGate #MUXDesign #CMOSDesign #VLSI #LearnCadenceFromBasics #TronicWorksTech