Electronics world

A guide for electronics engineering students who are just starting out their academic studies and also those who want to set themselves apart in a competitive career environment  L ast month, the idea about this article came to my mind just after watching the movie 3 Idiots. By now, I guess you haven’t been able to escape from being influenced either. The movie—a fairly serious take— essentially depicts how eager we are to embrace mindlessness and how keen we are to promote a culture where education is purely examination-centric without real-life application.  It’s time that you get out of this ‘aka idito’ vagueness of just following the herd and passing the exam. Here is your ‘why’ and ‘how to’ guide. Why focus on practical knowledge? “There is a gap between engineering course content and the requirements of the engineering services industry,” says Krishna Kant, senior programme manager, academic alliance programme–South Asia & Russia, EMC, from his vast t

WiTricity the Future of Electricity   One spends their lifetime plugging things in. Be it either mobiles or laptop chargers or your television sets. But that’s all that’s about to change! There is no argument in that we humans love electricity. We love that stuff so much that you can get an idea about it just by walking out on the street. There is about trillions of money spent in setting up power stations and wires carrying electricity from where it is generated to our homes and offices.  Not only this. We love batteries too! An object that gives us power for a while before ending up in the garbage.  But then there is a negative aspect to all this. Wires and batteries are awful. Just think about it, overhead wires gets damaged in rough weathers and can lead to calamities that can claim a human life.  Plus imagine getting tangled in one of those wires under your computer desk. I know it’s pathetic. As for the batteries, 40 billion of them are manufactured every

Remote Power Stand Alone System Using Solar-Wind-Biomass Energy ABSTRACT- Due to the limited reserves of fossil fuels and global environmental concerns for the production of electrical power generation and utilization, it is very necessary to use renewable energy sources. By use of hybrid systems we can implement renewable energy sources which are very economical for remote villages, homes etc. In particular, rapid advances in wind-turbine generator, biomass generator and photovoltaic technologies have brought opportunities for the utilization of wind and solar resources for electric power generation world-wide .So by the use of hybrid systems consisting of Biomass, PV and also wind for production of electrical energy in these remote areas can be more economical. If the development of a computer-based approach for evaluating, the general performance of standalone hybrid PV- Biomass-wind generating systems are analyzed ,then these results are useful for developing and installing hyb