DO YOU KNOW: WHAT IS ELECTRICAL AND ELECTRONICS ?

    Understanding Electrical and Electronics: A Journey Through                                      Power and Circuits

INTRODUCTION:

                                                         Define Electrical ?

                 Electrical refers to the study and application of electricity in generating, transmitting, and using power. It covers systems like power plants, electrical grids, and household wiring. Electrical engineering focuses on creating, maintaining, and improving devices and systems that supply and manage electrical energy in our daily lives.

                                                          Define Electronics?

                  Electronics deals with the study and use of small-scale systems that control the flow of electrical currents through devices like circuits, semiconductors, and microchips. It focuses on creating and improving electronic devices such as smartphones, computers, and sensors, making it essential in modern technology and communication systems.

                KEY DIFFERENECNE BETWEEN ELECTRICAL  & ELECTRONICS

Electrical	Electronics
It is primarily focuses on the generation, transmission, distribution and utilization of electrical power. This field typically involves working with high boltage and current systems.	It focuses on the design and development of electronic circuits, devices dnd system that control the flow of electrons throught various material like semiconductors, transistors and integrated circuits.
High voltage and current, alternating current (AC)	Low voltage and current, direct current (DC)
Typical Devices: Motors, Generators and Transformers.	Typical Devices: Microprocessors, Sensors and Digital Circuits.
Applications: Power plants, electrical grids, household wiring	Applications: Smartphones, computers, communication devices

   

                            

                                    

                               *****DO YOU KNOW*****

          The microchips in your smartphone and computer are tiny wonders of electronics engineering. But did you know that without the vast electrical power grids designed by electrical engineers, these chips wouldn’t work? While electronics make devices smart, it’s electrical systems that provide the power to keep them running. This collaboration between electrical and electronics engineering is what makes modern technology possible!