How Embedded Systems Contribute to The Future of Automation
Automation has come a long way. With its massive productivity benefits, it quickly became the talk of the town. Early …
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Understanding Transients in Electrical Circuits
In electrical systems, transients refer to temporary, short-duration deviations from the steady-state behaviour of a system. These are caused by …
What is Ripple Factor?
In power supply circuits, ripple factor is a critical parameter because it affects the stability and quality of the DC …
What is Full Wave Rectifier?
A full wave rectifier is an electronic circuit used to convert alternating current (AC) into pulsating direct current (DC). Unlike …
What is Half Wave Rectifier?
Half-wave rectifiers are considered the most fundamental and straightforward type of rectifiers. They represent the basic concept of rectification in …
On-die Termination (ODT)
Before delving into “On-Die Termination”, let’s first try to understand the concept of “Terminations”. Why is termination necessary? High speed, …
20 Characteristics of Embedded System
Embedded systems, often hidden from plain sight, play a remarkable role in our daily lives, seamlessly integrated into devices and …
12 Types of Embedded Systems
In this technology era, several types of embedded systems exist around us within the electronic devices that are part of …
Microcontroller Types – Explained With Examples
Microcontrollers are the core of embedded systems and can be categorized commonly based on the architecture, data bus width, instructions …
Understanding Capacitors in Series and Parallel
For an electronics design engineer understanding the capacitors is very important because capacitors stand as pillar components that hold central …