What is the difference between electronics and electrical devices

Discussing the eduction system in India is a never-ending topic. Hope you enjoy reading other tutorials as well. I will try my best to keep the same harmony- simple and clear. Thank you for creating this blog. It was very helpful to me. Just, I addicted my self to this blog! Electronics and electrical is a good engineering stream, indeed. There are a lot of PSUs and private core companies out there for electronics and electrical engineers to join.

Bright scholars have good future in this field. I too have this doubt. Your explanation was awesome Dipali. It would be grateful if you could give more basics tutorial. I have a concern about the voltage rating of the electronic elements. I want to gratitude you so that I have got a very clear illustration about the difference between electrical electronic engineering also devices.

Also I have got a core idea about what I want to know. I hope that I will find solution for many engineering problems by accessing your channel or web site. It is the most fundamental and important concept for electrical, electronics, and communication engineering.

So, we should familiar with all these differences. Table of Contents. This will help me to continue my services and pay the bills. Dipali Chaudhari. Sharing my knowledge on this blog makes me happy. And sometimes I delve in Python programming. Welcome, Shivaraj Duddagi! Found helpful. Thanks for sharing. Thank you, Swapnil Reply. Thanks, Dipali. Thank you so much, Sir, for appreciation to my blog. Hi Arun, Discussing the eduction system in India is a never-ending topic.

Thank you so much. It is very helpful. Most welcome: Reply. I must say, I thought this was a pretty interesting read when it comes to this topic. Liked the material. In a simple way to understand the main difference between electrics and electronics.

Take the example of the electrical appliances at your home like Oven, Fan, AC etc these work on principle of electrics and the digital devices like Laptop, Tablets, Mobile phones work on principle of electronics. Well… the basic difference between electrical and electronics is that the former guys always want medium free space with zero conductivity where information can flow without any disturbances bt d latter guys concentrate to create a superconductor with infinite conductivity ideal case.

Electronical engineering deals with a high voltages with a low constant frequency but electronic engineering deals with a low voltages with high frequency. Very nice explanation and example. Furthermore electrical engineering has always been THE degree that encompassed everything. The term electronic once was called computer engineering starting with small scale and portable devices such as tape decks, car stereos, walkmans and so on.

At this point the small circuits processed information and were still regarded as analog computers. It also varied in different regions such as India and Japan which is why the terms all became both ambiguous but ultimately in some examples, synonymous.

This is still the case. Today if you enroll in college, much like myself, you will find the clarification with virtually any school and that you are learning the same thing whether it is titled electrical or electronic.

If you want a degree that is altogether misleading look at the I. Very trimmed down with virtually no legitimate understanding of electronics or electrical devices outside of block diagrams and they deal with knowing what pieces of hardware can be combined, what software languages they can be used with and how to piece together systems in a modular fashion or simply never step beyond writing software as it relates to various types of networks.

These are the people that end to improperly explain a lot of subjects to people they have no legitimate education in but most specifically, E. Electronic engineering at a good school encompasses all that. I had to learn how to build electrical networks to power my electronic designs, designed by me to the component level. That is the difference in the schooling levels, technicians are trained mainly to the block diagrams, technologists are trained to component level. The heating elements in a toaster turn electrical energy into heat so you can burn your toast.

Herein lies the distinction between electric and electronic devices—the manipulation of energy in technology. Electrical devices take the energy of electrical current, the flow of electrons in a conductor, and transform it in simple ways into some other form of energy—most likely light, heat, or motion. An electric device is one that directly uses electrical energy to perform a task. In contrast, electronic devices do much more.

Instead of just converting electrical energy into light, heat, or motion, electronic devices are designed to manipulate the electrical current in ways that adds meaningful information to the current. For example, an electronic toaster uses the same heating elements, springs, and bread racks as an electric toaster, but may include a variety of more complex components such as an electronic display panel that shows you the progress of your toasting, or an electronic thermostat that attempts to keep the heat at just the right temperature.

Electronics refers to technology that works by controlling the motion of electrons in ways that go beyond electrodynamic properties like voltage and current.