Electrical Device Between Two Circuit Through Electromagnetic Induction

The current has a positive charge in one side of the coil and it transforms to negative when it gets to the other side of the coil. This charge controls the magnetic field, making the like charges repeal and the opposite charges attract.

commonly used to amplify current. A small current at its base controls a larger current at

“To investigate the electrical realm of high-frequency and high-voltage, Tesla invented an apparatus that pushed the limits of electrical understanding. None of the circuit's typical components were unknown at the time, but its design and operation together achieved unique results—not the least because of Tesla's masterful refinements in construction of key elements, most particularly of a special transformer, or coil, which is at the heart of the circuit's performance” (PBS). This new invention would be called the Tesla Coil. This invention of the coil would help Tesla and the world with new inventions. “Tesla made an antenna of the high-voltage end of his secondary, it became a powerful radio transmitter. In fact, in the early decades of radio, most practicable radios utilized Tesla coils in their transmission antennas. Tesla himself used larger or smaller versions of his invention to investigate fluorescence, x-rays, radio, wireless power, biological effects, and even the electromagnetic nature of the earth and its atmosphere”

A device which supplies electrical energy to an output load is called a power supply. Conversion of one form of electrical power to another desired form and voltage, typically involving converting AC line voltage to a well-regulated lower-voltage DC for electronic devices. Low voltage, low power DC power supply units are commonly integrated with the devices they supply, such as computers and household electronics.

In order to study the tendencies of the primary and secondary coils as they transfer energy through inductive coupling, a system that can aptly demonstrate the process is needed.

-The current stops even though the airplane continues to fly through the Earth’s magnetic field, because the losses which occurred when a motor operates a generator and when the voltage is stepped up by a transformer is not considered. After the completion of each cycle, the energy outputted decreases due to the losses in the motor, the generator, and the transformer. Therefore, this will stop.

voltage injections from (230 V-6%) to (230 V-3%), (230 V-3%) to 230 V, 230 V to (230 V+3%) and (230

It is really big giant system. A Tesla coil is an electrical resonant transformer circuit is used to produce high frequency alternating-current electricity. Tesla experimented with a number of different configurations consisting of two, or sometimes three, coupled resonant electric circuits..

The Railroad and the Pony Express has been the only way to communicate remotely and send correspondence. Joseph Henry and Samuel F.B. Morse would sculpture the future of communication with the invention of the electromagnet and telegraph. Joseph was a graduate of Princeton (Then called the College of New Jersey) as a physicist. The fascination with electricity and magnetism in which he had read reports on from Europe fascinated his desire to research and develop an electromagnet. This shaped our future of electricity as we see it today. With the ability to distinguish between high amperage circuits and high voltage circuits, this laid the baseline for what we know today as “Inductance”. Electrical conductor produces energy by the changing of current or the changing of voltage to produce a strong magnetic force while only using a small battery. By Joseph Henry’s introduction to inductance also paved a path for the invention of electric motors. These advances in technology developed a method for illuminating homes and streets. The use of electricity was spreading almost as fast as the railroad. This improved the lifestyle and functionality of America. (Tindall, Shi

generators, transformers, a bladeless turbine, a few mixed AC/DC systems, and the famous Tesla coil among others. One of Tesla's great achievements that has

Electrical engineers use a lot of products and tools to help them have an easier job. The 2nd article talks about some products, electrical engineers use and explains what they do. One product they use is a “Power analyzer”. The power analyzer is “used to test product efficiency and the design of inverters, lighting systems, uninterruptible power supplies, aircraft power systems, and renewable energy generation products” (Ee Product Picks ). The analyzer test a lot of stuff which helps them waste less time and know if it is too much energy or just the right amount. “The power analyzer was designed for both today's power measurements and the advanced complex requirements of future power conversion products.” ( Ee Product Picks ). Electrical engineers have to use the power analyzer to see if things are safe enough. The product is fast and they will know what the problem is with what they are testing. Electrical engineers have an impact on the world by making sure that energy levels are fine and safe to have in this world by using this helpful tool, but with help, there are also concerns in electrical engineering.

Direct current (DC): Electric current that flows in one direction and does not reverse itself.

* Unlike electric charges, magnetic poles always occur in North-South pairs; there are nomagnetic monopoles.

Generator - The generator is similar to an electric motor, but it acts only to produce electrical power. It is used mostly on series hybrids. It is

Electrical components of equipment provide power. Electronic components of equipment provide power. Electronic components control the equipment, although many types of equipment still controlled with electrical devices.(Career Information Center) Electrical and electronic engineers may supervise crews of electrical workers who do routine work in the generating station. They often use their knowledge of electrical engineering technology to diagnose electrical workers to do them. Some electrical and electronic engineering technicians work for industrial plants that use electricity.(Career Information Center) Electrical engineers apply their knowledge of the science to working with equipment that produces and distributes electricity, such as generators, transmission lines, and transformers. They also design, develop, and manufacture electric motors, electrical machinery, and ignition systems for automobiles, aircraft, and other engines.(Careers In Focus: Engineering pg.55) Electrical engineers focus on high-power generation of electricity and how it is transmitted for use in lighting homes and powering factories. They are also concerned with how equipment is designed and maintained and how communications are transmitted via wire and airwaves. Engineers use basic knowledge collected by scientist to solve a