This document provides an introduction and overview of SimulIDE, an electronic circuit simulator intended for hobbyists and students. Some key points: - SimulIDE allows users to create, simulate, and interact with simple electronic circuits and microcontrollers like PIC, AVR, and Arduino. - It aims to be fast, simple, and easy to use, with basic circuit models and limited features rather than high accuracy. - Features include analog and digital components, microcontrollers, a code editor, debugger, subcircuits, and an oscilloscope. - The document also provides examples of experiments to conduct using SimulIDE and ATMEL Studio, such as an 8 LED light sequence and controlling a DC

1. Sepehr Naimi &
Muhammad Yusro

2. INTRODUCTION
1. SimulIDE is a simple real time electronic circuit simulator, intended for hobbyist or
students to learn and experiment with simple electronic circuits and
microcontrollers, supporting PIC, AVR and Arduino.
2. This is not an accurate simulator for circuit analysis, it aims to be fast, simple and
easy to use, this means simple and not very accurate electronic models and
limited features.
3. Simplicity and ease of use are the key features of this simulator.
4. You can create, simulate and interact with your circuits within minutes, just drag
components from the list, drop into the circuit, connect them and push power
button to see how it works.
5. SimulIDE also features a code Editor and Debugger for GcBasic, Arduino, PIC
asm and AVR asm. It is still in it's firsts stages of development, with basic
functionalities, but it is possible to write, compile and basic debugging with
breakpoints, watch registers and global variables.

3. SimulIDE
License: GPLv3.
• Source code:
https://launchpad.net/simulide
Features:
• Analog and Digital components.
• Microcontrollers.
• Code Editor.
• Debugger.
• Subcircuits.
• DIP/Logic Symbols.
• Circuit Animation.
• Basic Shapes.
• Oscilloscope.
• Signal Plotter
• Serial Port Connection.
• Serial Monitor.

13. TUGAS PRAKTIKUM
• Menggunakan software ATMEL STUDIO 7 dan
SIMULIDE, buatlah percobaan sbb
1.LED berjalan (8 LED) berjalan dari kiri ke kanan dan
terus berputar
2.Menghidupkan MOTOR DC dengan 2 saklar , tekan
saklar 1 putar CW dan tekan ke-2 UCW

14. References
• https://www.simulide.com/p/home.html
• https://nicerland.com/eduFiles/AVR/Tutorials/AvrSim
ulationUsingSimulIDE.pdf
• https://www.melbpc.org.au/electronic-circuit-
simulation/?print=pdf
• https://sunupradana.info/tkr/2016/03/01/simulide-
sebagai-solusi-untuk-simulasi-uc-avr-atmega328/