What is Electronics?

Electronics is a technical and scientific discipline, considered a branch of physics and a specialization of engineering, which is dedicated to studying and producing physical systems based on the conduction and control of a flow of electrons or electrically charged particles.

To do this, electronics use certain basic theoretical principles such as electromagnetism, materials science, and other forms of the practical application of scientific knowledge. Its results are fascinating to different fields of specialized knowledge, such as computer science or systems engineering.

 

Contemporary Applications of Electronics Include:

Control Systems

They allow processes to be started or stopped, such as the light circuits in our homes, and they can even acquire a certain degree of automation.

Power Electronics

It is based on using electronic devices to regulate electrical power and voltage, especially at significant levels, which is critical in energy distribution and other contemporary industrial processes.

Telecommunications

One of the broadest areas of technological development in electronics is databases and digital information systems, such as the Internet, as well as the universe of gadgets or electronic devices available for the so-called culture 2.0.

History of electronics

Thomas Alva Edison, in 1883, first noticed thermionic emission.

They began with the so-called “Edison effect.” Thomas Alva Edison, in 1883, first noticed thermionic emission, that is, the possibility of releasing electrons from an element by incorporating heat energy into it. This was key to the invention of the diode by Sir John Ambrose Fleming and then the triode in 1906 by Lee De Forest.

The latter is considered the father of electronics because, thanks to his contributions, it was possible to overcome the stage in which only power supplies were built and begin to amplify signals of all kinds, allowing the first steps towards the invention of the radio, television, and other modern devices.

Over time, miniaturization and, therefore, the construction of more practical devices were achieved with the invention of transistors in the mid-20th century. Vacuum tubes were replaced, saving energy and money.

In 1958, the first integrated circuit, housing six transistors on the same chip, was developed on silicon sheets. From there, the path to the creation of the first microprocessor in 1970 was direct. Thanks to electronics, the field of industry and human life at all levels were revolutionized: cell phones, remote controls, autonomous circuits, etc.

What are Electronics For?

 

Thanks to electronics, we are revolutionizing our technological capacity.

Electronics have endless applications in the contemporary world. Virtually all the implements we use daily (computers, calculators, cell phones, digital watches, electrical circuits, remote controls, televisions, and radios) originated in developing electronics and improving their driving mechanisms and materials. Thanks to this, we have revolutionized our technological capacity.

Importance of Electronics

Electronics make it possible to build complex implements and autonomous tools.

It is fundamental to humans’ ability to build complex implements and autonomous tools to communicate over enormous distances. Automate various daily tasks or make them more accessible.

The ability to build logical mechanisms that work from closed circuits of electricity has been fundamental to generating a new generation of more powerful and intelligent devices. It will undoubtedly offer tremendous advantages in the future in robotics and automation.