5 Best Techniques to Learn Circuit Theory

Why Do We need to Study Circuit Theory?

Source: bit.ly/13DZ9ef

Ok. So, network topology, diagrams, electrical network all are giving you a rough time. You didn’t see it coming when you decided to take up Electronics Science? But it has nothing to do with your understanding of the subject, to be blunt honest. It’s just the tedious pages and dull lectures, very little chance of real-life applications that dry the fun as hay.

AC and DC basic circuit theory connect the entire world. Modern telecommunication largely depends on numbers and networks. Mathematical analysis and quantitative skills are essential parts of learning circuits. All students and aspiring engineers need to have a clear idea on this topic or their learning would be rendered futile in common life applications.

How to Learn AC/DC Circuit Theory Easily

  • The real problem in conventional Tech class is that of instructions. They have a formulated approach to electronics studies. It cannot build a clear, consistent conceptual framework. So you have to emulate models and focus on how to connect ideas. The relationships and distinction between one concept with the other.
  • Source: bit.ly/1xaS3s3

    Only math won’t help.  Lay focus on reasoning. Yes. This is a pathetic error that schools have neglected for generation after generation. Only solving equations and checking answers given in the book stagnates the flow of the applications of circuit theory in real projects. Rather, try to handle the equipments—which are safer to deal with. Check circuit project tutorial and join expert electronics forum for help.  Present your finding verbally.

  • Traditional classrooms do little to brush up your analytical skills. So as long as you have to stick to your on-campus course outline, you have to cultivate your reasoning for better performance. Along with your learning of basic electronics theory, etch in your studied concepts somewhere else, a slot for online discussion.
  • Practice. Not just exercising question books. Repeated practice and relating physics to everyday life. Relating the circuit theories to real world phenomenon makes perception clearer.
  • Basic Circuits Theory video tutorial also helps a great deal to absorb the Technology you’re taught in class advanced with ample illustrations and diagrams. It gives you an extra edge among your peers diving into the vast realm of electronics.

Advertisements

Electronics Guide to LED Flashers Circuits—for Beginners

Source: bit.ly/1GubrnR

Giving the common dim, poorly flashing headlights a miss, LED alters the mode of vehicle communications. An LED requires very little electrical current—hence this is very energy-efficient. But it dazzles brightly to a fault! Almost a passerby can stop and stare blank for a few moments, bemused by its sheer intensity. Learning electronics is easier when you have a nitty-gritty guide.

One main difference between incandescent bulbs and LED for your car is filament presence. In the traditional bulbs, electricity runs through the circuit and applies heat to tungsten filament—one for the car’s rear-light and the other is, brake-light. In LED flasher, filament is missing. Here electrical charge forms an arc, leaping across a gap. A ‘reflector’ channelizes the power to glow it up.

Source: bit.ly/1uVj1jd

How it lights up is very simple. In sharp contrast to the earlier bulbs that used to toss down a large bulk of power, the current consumed by LED immediately runs into flashers and applies heat to a switch inside, of bimetal constituent. When heat twists the shape of bimetal, it prompts the circuit to break—compelling the light to switch off. As a result, the switch in its “off” mode, cools off and turns back to its original shape. Again when you switch on the heat, the circuit is again ‘on’—recreating the cycle. Thus learn electronics always with more applications and less jargon.

Sometimes you may face a little problem with LED flashers if you don’t have sufficient amount of current delivered through the circuit. Inadequate heat bends the bimetal, without deforming them to the right amount. It may lead the signal to glow on—without optimally flashing the circuit on and off.

LEDs viewing angle is very narrow generating a focused stream of light. What happens with regular bulb, is their light disperses all way in irregular pattern, on the contrary, LED element has a light spread range of 20- ,30- degree. Therefore it hits stark light just ahead, but the light loses intensity if you’re viewing it at a bent angle. In order to get a clear radiance, place the LED point exactly towards the car’s rear; don’t keep a tail-light on an angle. Online electronics learning is oozing with fun if you have the right tutorial to guide you.

An Introduction to Power Factor Correction—for Beginners

PF (Power Factor) is a vital topic in the introductory study of AC circuit theory. Although it looks simple when you take a cursory glance, students often misunderstand the concept and apply it inappropriately without a clear understanding of the definition. Free AC circuit video tutorial can clarify our doubts on different techniques of Power Factor Correction.

Source: bit.ly/1Amnz6K

By definition of PF, in an AC source, it’s the ratio of original power (measured in watts), flowing towards the load, to power which appears to flow in the circuit. So, exactly Real: Apparent. The current and voltage produce apparent power.

Why PFC Needed in Electronics Devices

Power Factor Correction definitely hits a high score in modern electronics market, and looks forward to a great future, due to a several factors– high performance, the cost of magnetic material and copper escalating higher, and the cost of semiconductor reducing. Therefore, Power Factor Correction calls attention for cost-effective, favorable electronics solutions. It enhances the efficiency and performance of a power system, compensates for basic reactive power those issues from or consumed into the loads (capacitive or inductive). The utility of PFC techniques lay in the manufacture of highly reliable, low cost electronics products with increase of “switching loads.”

Types of PFC Active Controller Chips

Source: bit.ly/13wH7uV

Basically Power factor Correction is utilized with three types of controller chip variants—according to various types of use.

Power Factor Correction Applications in Low-priced, “Switch mode” System

PFC has the potential to improve control-circuitry efficiency in major consumer electronics products—industrial to domestic. This includes DVD, TV, audio player, IT products as printers, PC, Laptop, Fax machine. Motor Drives, cooking electronics appliances as microwaves and induction cooktop, LED, and any other devices that need power conversion. It not only boosts the availability of such end-user products but also trims down electricity-usage cost at large. PFC techniques are thus made easy with Free circuit theory tutorial video that spells out different functions of AC circuit control, the various aspects of network theorem with good illustrations.

Advent of technology and how traditional schooling can survive

Source: bit.ly/1wu8h2a

If the recent Digital Economy Summit panel discussion at Georgia, Atlanta is anything to go by, the technological changes are luring the people more and more and because of that, the role of teachers might get undermine din the process and it is best if they alter their roles accordingly.

Experts say that teachers are going to face a tough time soon finding a foothold in the education system and it is important they know how their relevance can be kept intact in the midst of the technological advancement. Using their skills to help students find what they need is the most profitable way they can work.

Education policy makers want to know ways of teaching using technology and several students are already resorting to online methods to study. A brand new education network is on its way to be built even though the classical mindset of a posh classroom work setting is still alive.

Source: bit.ly/1wu8B0P

Much of that is to do with the internet which is providing avenues for students to know things wider than what their syllabus is covering. It is making network companies to invest more and more for homes and neighbourhood connections. Jobs are being created through technology just like what Boston Red Sox is doing with technological systems that help the Boston organization. Wielding data is also an important role the technology is undertaking.

Crowd funding is yet another use these websites are used for, raising money for business and charity work. Apparently, churches have been using crowd funding for years without giving a name to it. People are finding this an improved, better and faster way to get help regarding any aid they might need.

The panel also discussed on what is called the MakerSpace, which is an online community that helps to create and share projects in robotics, drone, 3D and printing amongst others. The panel participants questioned on knowing ways of getting the children involved and addressing important questions.

Teachers who are facing the heat due to technology, one great way to balance it out is to devise out new models for their students. Know the right tools you can sue and use them well. When technology is incorporated in the classroom it helps making it interesting for students as they learn through a tool which they already know of and enjoy. Using technology in a professional and constructive way will have a positive career impact. This will also help them improve upon things easily and get an understanding of the whole online working process.

The education system has to be reviewed and managed well in order to reach a point of sustainability for both of the aspects. Technology is here to stay, and progress with each day and students are forever going to need teachers, one way or the other. So it is important both know how to co-exist, and improve upon the education system as a whole.

5 Best Electronics Features of Infrared Remote Fans

Source: bit.ly/1s4l8AY

With modern world’s consumption of power growing more and more, Launch of a super smart home appliance that saves energy is always welcome. The newly launched super-efficient fans have a positive influence on the market for its eco-friendly appeal. Online electronics video tutorial services can enhance our learning on such electronics systems. We’d here dissect the features of “Superfan” manufactured by Indian electrical appliance company Versa Drives Pvt. Let’s take a look at its amazing features that set it apart from ordinary electric fans.

  • The secret behind the efficiency of Super-fans is that they use an electronics motor different than usual—BLDC (Brushless DC). Typical fans in earlier times consisted of single phase Electric Motor (Induction). They carried more aluminum, and less use of copper made them cheaper. But actually aluminum made it inefficient.

 

  • Source: bit.ly/1vpeJjY

    Efficiency is determined by use of electricity. Interestingly, the electricity requirement of the fan is very low—30-35 watts. We’re talking about 50% less electricity burning than regular fans here. Most fans in the past burnt 70 Watts in average.

 

  • The super ceiling fans deliver almost 230 m3 per minute regular delivery of air—performance as fast as a regular ceiling fan. But unlike Versa efficient fans, they tend to be the ones with more showy, luxurious style—with more emphasis on air circulation than air delivery.

 

  • In the inner side, it contains a back-iron rotor made of arc segments. A video tutorial on electronics can show you the inverter and control system which is micro-control based with a motor-controlling frame ware implanted in the BLDC motor. It renders the electronics system with better protection and machine control. How it works is simple. Te controller can sense the position of rotor and ensures a reliable start. So it cuts off the necessity of an extra sensor.

 

  • Superfans by Versa operate in a good width of voltage range. The design is trendy and soothing on the eye. It has three variants in the market.—available in different curves, colors. It can run with or without an infrared remote control. These types, on the whole, are devised for different applications. Their performance also varies according to the room type. SuperA1 model is more suitable for hospitals, workplace, classrooms and bedrooms with least noise, and SuperX1/X7 is aimed at delivering more air in small rooms and workplaces (individual). For strong, wide air circulation in banquet halls, halls and conference room, SuperV1/V7 is a great buy.

What Career to Choose after Electronics Engineering Study?

Source: bit.ly/12r2k8f

Electrical engineers have career prospects in plenty. Electronics technician with “associate’s degree” in USA earns more than 57 thousand dollars. USA pays incredibly handsome sum to engineers. In Australia, unemployment for aspiring electrical engineers drops below average—the salary increases year after year. Career forecast favours engineers as job growth will rise in 2015-16. Digital electronics video tutorial can also help immensely to be prepared for the shinning future ahead. Similarly UK industry needs more engineer graduates to fill their vacancies.

The reason is quite simple. Electronics power up modern society. Electrical engineers and technicians are needed every day to maintain the enormous networks, circuits and systems. Obviously engineers armed with Electrical knowledge have ushered in a new era of advanced technology in 21st century and this is obviously the one of the most prominent degrees of our time.

Most favoured Employment Sectors for Electronics Engineers

Job sectors where electrical engineers dominate are:

  • Source: bit.ly/15RTvGP

    Construction

  • Research/ technology
  • Manufacturing electrical products
  • Hardware/software creation
  • Transport networks development/maintenance
  • Power Supply/maintenance
  • Healthcare

The jobs you’re likely to engage in there are various—you can develop computers, software or maintain hardware. You can also apt for taking care of communication equipments for media. Healthcare sector might recruit you for keeping devices fit for medical monitoring. With an associate’s degree you can also be hired for product evaluating and testing. You may require to measure and adjust equipments.

Electric Engineer Specialization

Of course the job you’ll plump for depends largely on your specialization. Most electronics engineering degree gives you a chance to opt for several specific fields. In general, engineering degree provides you with topics of electronics study as—generation and supply of power. You learn to deal with Electrostatic and Magnetostatic charges. Electronics Science syllabus may also include—analog and digital technology, wireless technology, network theory, computer programming etc. Paying attention to the basic is an essential need of electronics studies. Online video tutorial on Digital Electronics can benefit you more to have practical applications for your project.

For handling electronics science specialization, students need Technical expertise on related topic. General knack for IT, aptitude to deal with numbers. In addition, to be a successful engineer, you also have to have professional communication skills to enhance your potential to be spotted. You need to be comfortable with technical diagrams as well.

Intel or IBM—What to Choose for Office?

Intel & IBM
Source: bit.ly/1zKHzzk

Finally, the processor global race gets down to basic 3 competitors. IBM zEC12 required for high-load processing of data. Intel x86 with its phenomenal reach for desktops, laptops, small servers and medium load servers. And then, IBM Processor which has won Unix stackload where HP and Sun had previously reigned.

For common mass, small-scale business and operational activities, IMB Power and Intel x86 top the list—looking each other eye-to-eye in international chip market. Now which technology to select depends on their nature. Now let’s take a look at the technology legacy both these giant manufacturers carry with them, microprocessor video tutorial can assist you to gain a clear vision on which product would most lucrative application for your office.

  • Intel x86 is more for popular for ‘Compatibility’—while IBM Power for ‘Data and Quality Performance’
microprocessor
Source: bit.ly/1y8YpG9

Intel’s venture in the market started with 8088, thirty two years ago to be precise. Since its arrival, Intel has structured and restructured their chip architecture with a speed beyond belief. The instruction set architecture was initially modelled as 16 bits then moved to 32 bits, finally 64 bits—this advancement of chip-technology is accompanied with higher compatibility. It operates in everything well. Mini and supercomputers alike.

IBM embarked on its journey of Power Architecture in 1997. The processor in 2001 came to be known as “Power4”. It was highly renowned for being the first in the industry for devising a multi-core processor for the first time. The design team gathered from various quarters and set up instruction architecture especially for quality data performance and razor-sharp computing process.

  • Hypervisor is the Key Difference

To keep up with today’s pace, you need to virtualise your enterprise to make your workloads swift and agile. IBM’s chief weapon is Power hypervisor. It creates minimum overhead, and high efficiency virtual input, output and CPU resources. But virtualisation Intel x86 involves various add-ons that work as third party—these of course consist of hypervisors. We can also notice that Linux operating system revolves acts using Hyper-V as an exception from Microsoft—tailored to act as a virtual entity bonding the system — hardware and I/O. It leads x86 to utilise a single server with an aid of a single application.

Online microprocessor video tutorial can boost your knowledge more on the architecture set and design of the processor chip. Which chip to select rests on the requisite workload. Needs of OS, infrastructure and scalability. If data processing is your forte or you need to maintain a colossal data warehouse, go for IBM. If your necessity revolves around Windows, pick Intel.