In the lines to follow we will learn about the controllers used in control systems. PID controller is one of them, a PID controller actually minimize the errors by adjusting the inputs of process control. This article will describe the working of PID controllers in detail.
Silicon Controlled Rectifier is a 3 terminal semi-conductor device, primarily used for switching. In this article, we shall see the structure and working modes of SCR.
Though not so popular nowadays, due to its unique properties and characteristics, tunnel diodes, also called Esaki diodes, are something worth discussing. Let’s learn exactly what a tunnel diode is.
Radioactive emissions can interact with atoms of other materials. The rate of nuclear decay can be derived by measuring the radioactivity of a sample, or its effects on these interactions over a period of time. Two devices that aid in this measurement are ionization and scintillation counters.
What processes and principles are used to remove suspended particles as well as living organisms from water?
This article will explain as to how a robot using a vision system enables an object to be perceived and identified. The system uses various electronic devices to visualize a single object. Read more inside to find out how exactly this happens.
Have you ever wondered how a robot visualizes an object and then performs an action related to it? What is it in a robot that allows it to see and identify various objects? Don’t know the answers? Know all of them in the article inside.
Ever wondered how a robot is able to perform tasks after taking commands from the user? It is the Robot’s Voice Recognition system that identifies the words and performs the desired action. Want to know how? Read the article inside.
This GD&T tutorial will talk about the concept of feature, feature of size, non-feature of size and also about the application and identification of the geometric dimensioning and Tolerancing concept in engineering drawing.
Nothing is ideal in this world so how can be fluid flow so simple. The model of ideal fluid flow is good for understanding and solving the fluid flow problems, but only up to certain extent of accuracy. To obtain better solutions for real fluid flows we have to take into account associated losses.