Using TSMC Model Files(350nm/250nm180nm/any technology model file) in the simulation of CMOS circuits using LTspice

This repository contains a CMOS inverter circuit designed and simulated using LTspice. A CMOS inverter which is actually a "Hello World" in VLSI design logic is a fundamental building block in digital electronics, and this project aims to showcase its operation and characteristics.

Design (schematic and layout) and simulation of a few CMOS (1.8V) standard cells using the Electric VLSI and LTSpice software.

This repository offers a hands-on exploration of CMOS inverter design and analysis using TSMC180nm in LTspice. It covers MOSFET model analysis, CMOS inverter design principles, and includes detailed LTspice setups for parameter extraction, making it an informative guide for digital circuit enthusiasts.

Creation of logic gates using CMOS circuit switching.

A complete working ALU hardware design using CMOS transistors on LTSpice

Metal-Oxide-Semiconductor (CMOS) technology forms the backbone of modern digital circuits due to its low power consumption and high noise immunity.

This project was to design the (schematic and layout) and simulate CMOS (1.8V) standard cells using the Electric VLSI and LTSpice software.

CMOS Differential Amplifier with resistive loads designed and simulated using Electric VLSI EDA tool and LTspice | 300nm MOSIS process | Schematic, Layout, Post-layout verification & CMRR analysis

This repository contains the characterization of a CMOS D-Latch using SPICE simulations both pre and post layout. The project demonstrates latch behavior through circuit simulation and waveform analysis. Netlists, simulation setups, spice file, LTSPICE schematic using TSMC 180nm.

• Optimized CMOS circuit design using AI techniques like Machine Learning (Random Forest) and Genetic Algorithms to balance Power, Performance (Delay), and Area (PPA). • Designed and simulated circuits in LTspice, extracting key metrics for training the model. In this we have visualized three circuits Inverter Gate , Nand Gate and Pseduo Nor Gate

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CMOS Inverter chain using LTSpice : Frequency calculation and power measurements.

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Design and Simulation of an SR Flip-Flop using CMOS Technology in LTspice

Ltspice

Design and comparative analysis of three amplifier configurations using 180nm CMOS in LTspice.

This repository contains CMOS-based combinational logic circuit designs implemented and simulated using LTspice.

To design a CMOS Inverter using LTspice software and studied its Voltage Transfer Characteristics.

Projects designed during my internship (Inverter,4:1 MUX, D Flip flop using CMOS) using LTspice

Design and simulation of a CMOS inverter with Voltage Transfer Characteristics (VTC) analysis using LTSpice.

LTSpice files for simulating a 1 of 8 selector using MOSFET transistors in CMOS pairs.

This repository showcases the design and simulation of a CMOS inverter circuit using LTspice. The project aims to provide a comprehensive understanding of CMOS technology, transistor-level circuit design, and simulation techniques using LTspice.

LTSpice files for simulating a 1 of 8 selector using MOSFET transistors in CMOS pairs.

Exploration of feedback-based high-output-impedance CMOS current mirrors in 180nm technology using LTspice.

CMOS Differential Amplifier simulated in LTspice using TSMC 180nm models. Includes schematic, waveform results, and design specifications.

Designed and simulated a Full Adder using 90 nm CMOS technology in LTspice to analyze power, delay, and performance efficiency for VLSI applications.

You'll find VLSI CMOS circuit simulations in this repository, which were simulated using Cadence Virtuoso or LTspice.

This project explores CMOS inverter design using TSMC180nm in LTspice. It includes MOSFET analysis, design basics, and LTspice setup for parameter extraction—useful for digital circuit learners

A simple project demonstrating the design, simulation, and analysis of a CMOS (Complementary Metal-Oxide-Semiconductor) inverter using LTspice. The CMOS inverter is the fundamental unit in digital logic circuits.