ltspice-simulation-files

A collection of LTSpice simulation files for popular guitar effects. 🎸 🎵 📈 Pull requests welcome 😃

A Simulink-like power electronics simulation environment built on LTspice, featuring ready-to-use circuit libraries and custom tools.

An electronics project about Waveform Generators using Op-Amp concept made in LTSpice

An LTspice project which contains third-order Butterworth filters built both using an inductor and a current conveyor.

1D shimming coil design and optimisation algorithm

An array multiplier using the shift and add algorithm was implemented on LT spice. The gates used in the implementation were built using CMOS logic. An assembly language program was also written to do the same in accordance with the single cycle 32 bit RISC-V processor.

Two-stage Miller-compensated CMOS OTA design and simulation using TSMC 180nm PDK and LTSpice.

Knowing the reason why pullup is PMOS and pulldown is NMOS in CMOS

Ltspice Circuit Netlist genertor

MW radio transmitter simulation

Colpitts oscillator for (BFO) Beat Frequency Oscillator.

This repository is part of a student coursework aimed at understanding and simulating DC distribution lines.

Schematic & Simulation for Fuzz Effect Guitar Pedal

😃😃Repositório para a disciplina de Iniciação ao Desenvolvimento de Projetos 2😁

Allows users to design circuits through natural language commands

LTSpice simulations of basic Operational Amplifier circuits including Inverting, Non-Inverting, Summing, Difference, Integrator, and Differentiator amplifiers with waveform analysis.

Design and implementation of a precision rectifier using operational amplifiers to achieve accurate low-voltage signal rectification.

Wireless DC power transfer system for emergency mobile charging using battery — Hardware prototype + LTspice simulation

LTspice simulation and hardware analysis of a Colpitts RF oscillator.

This is a mock keypad simulation project where I simulated circuit in LTspice to use that data for the test bench. I developed a Tkinter UI to generate data, which are sent to Arduino for processing, then sent back to the UI. Possible work extension could be done by substituting the mock keypad with the real one.