Pioneering Electrical

  An electronic circuit is a series consisting of various electronic components that have special functions. It is a brief definition of what an electronic circuit actually is that will be studied in advanced electronic engineering. Before you learn directly about reading electronic schemes and assembling electronic components into an electronic circuit, it's a good idea to first understand some of the important things contained in these electronic circuits. There are many kinds of electronic circuits that you will encounter when you study electrical engineering. However, we usually divide these kinds of electronic circuits into two types of electronic circuits which of course we will discuss in this article. The following are two kinds of sharing electronic circuits that will make it easier for you to learn them. Simple circuit: A simple circuit is a circuit that has a very simple electronic scheme and usually only consists of a few components and these components are common compo...

Electrical engineering is not the same electronic engineering that most people think of. Maybe you don't know about this either because there are so many people who think that electricity and electronics are the same science, only different names are used. For those of you who may currently be interested in studying electronic circuits that use low currents more often, you mean that you are studying electronic engineering. If you want to know more about what are the differences between these two engineering sciences that are often considered the same, then you can read them in this article which will explore more about what exactly is in electrical engineering and electronic engineering. Before you start deciding which science to lean towards between electrical engineering and electronic engineering, it's a good idea to look at some of the things you will learn in each of these sciences which will also show the differences between the two sciences that are considered the same b...

Digital electronics is the result of technological development from analog electronics. Everything becomes easier when the digital era has emerged. This is proven by the number of electronic devices that are starting to appear with a smaller volume but with a million advantages in their capabilities. Indeed, compared to analog electronics, digital electronics are very far from the advantages that can be obtained from using this type of digital. in this article, we will discuss what are the actual differences between the two types of electronics. By understanding the differences between these two types of digital and analog electronics, we hope that you will find it easier to learn and use them to support technological advances in your life. The following are some of the very clear differences between digital and analog electronics that we can feel Digital circuits are easier to make because they don't have the complexity of analog electronic circuits that require us to calculate th...

Talking about current and electric charge, cannot be separated from the history of the discovery of electricity itself, where in 1897, J. J. Thomson first discovered electrons at the Cavendish Laboratory, Cambridge University, when he was studying cathode rays. I can explain the current and electric charge itself as follows: 1. Electric Current          If the electrons are moving, free from the influence of the atomic nucleus, and there is a flow, this flow is known as electric current. Electric charge can be measured directly using an electrometer, while electric current can be measured directly using a galvanometer.          What is known as static electricity is not the flow of electrons at all. More precisely called a static charge, when an object has more or less electrons than needed to compensate for the positive charge. If there is an excess of electrons, it is said to be "negatively charged". But if there is a lack of electrons...