Simulation of Electronic Circuits by Proteus

Name: Simulation of Electronic Circuits by Proteus
Rating: 3.8 (41 reviews)

Simulation of electronic circuits (Digital and Analog) , AVR microcontroller & designing the PCB Circuits

Created byIman Solgi

Last updated 12/2018

English

English [Auto],

What you'll learn

At the end of this course, the student will be able to simulate analog and digital electronic circuits and microcontroller circuits in this software, as well as analyze the circuit in the different ways, and finally if necessary you can design it to run and build a PCB circuit

Course content

4 sections • 13 lectures • 2h 58m total length

Acquaintance with Proteus environment11:42
Explore the Proteus environment to capture schematics, layout boards, and simulate circuits with AC/DC analysis, graphs, and diverse generators.

Designing a rectifier circuit that enables to choose negative or positive peak11:09
Design and simulate a Proteus rectifier circuit that selects negative or positive peak outputs using diodes, resistors, and a SPDT switch, with a sinusoidal input and oscilloscope observation.
A simple example one led charger circuit by a capacitor4:35
Design and simulate a simple led charger circuit using a 5-volt dc source, a diode, and a capacitor in Proteus, then observe capacitor charging and voltage behavior.
Different analysis of AC,AC Sweep, DC, DC Sweep, Frequency and Noise (C Emitter)37:18
Explore dc analysis and dc sweep, ac analysis and ac sweep, plus frequency and noise analyses in Proteus by simulating a common-emitter transistor amplifier, measuring voltages, currents, and gain.
Different analysis of AC,AC Sweep, DC, DC Sweep, Frequency and Noise (C Bais)24:18
Learn to perform ac analysis, dc sweep, and frequency and noise analyses in Proteus for electronic circuit simulations.

Desining and simulating digital circuit in Proteus Software6:33
Simulate a digital circuit in Proteus to convert a b c d input into seven-segment outputs, using a not gate and an enable pin to drive the display.
Designing a half-adder circuit in NFP8:26
Design and simulate a half-adder in proteus, configuring inputs with clock sources, and analyze sum and carry outputs using voltage probes and graphs.
Increasing and decreasing counter circuit by Micro Atmega using LCD7:43
Demonstrate a microcontroller based counter using ATmega16 in Proteus, with LCD display, pushbuttons for increasing, decreasing, and reset, and simulate timing and LCD output.
simulation of controller circuit of a motor using Micro Atmega5:42
Simulate a motor controller circuit in Proteus using an ATmega microcontroller, wiring ground, DC voltage, and push buttons to observe motor operation and timing.

Methods of decreasing wires in the circuit13:24
Learn to simplify circuit connections in Proteus by using terminal naming and bus wiring to replace confusing wires, comparing default input/output setups, and creating clear, labeled paths for components.
Desining sub-circuit for clear inderstanding of schematic11:16
Learn to simplify schematics in Proteus by creating a two-input, two-output subcircuit for a repeated block, name its pins, and simulate multiple instances to verify circuit behavior.
Apply changes in schematic and PCB devices11:03
Learn to modify schematic and PCB devices in Proteus by adding and reconfiguring pins, changing components like LCD and keypad, updating libraries, and saving new device designs.
PCB environment and desingnig PCB files in the Proteus24:51
Explore the Proteus pcb environment, design a pcb file from a differential amplifier circuit, learn to place components, connect with auto routing, and visualize a 3d board preview.

Requirements

Basic information on electronics

Description

In this course,different simulation methods of digital and analogue as we all as circuit analysis method such as Ac,Ac Sweep, Dc,DC Sweep,Noise and Frequency will be taught.

And also, we taught how to simulate the AVR microcontroller with a few examples. And at the end, we look at the PCB designing capabilities of the software

Who this course is for:

Students and electronics enthusiasts who work in the field of electronic and electronic and electric circuits designing (Analog and Digital)
Students who want to use this course at first They have to be familiar with electronic components and circuits then they can simulate their circuits to analyze and view their output

Simulation of Electronic Circuits by Proteus

What you'll learn

Explore related topics

Course content

Introduction1 lecture • 12min

Analog circuits4 lectures • 1hr 17min

Digital circuits4 lectures • 28min

Designing4 lectures • 1hr 1min

Requirements

Description

Who this course is for: