Electronic Components

Electronic components form parts of electronic circuitry, and are used or manufactured in the field of electronics, which is the study of electrical devices used for controlling electrically charged particles or the flow of electrons to execute any electrical operation. Some of the most common electronic components are as follows:

Resistor: A resistor resists electric current, and the resistance is measured in ohms. Colors on the body of the resistor are a code for the value. Different colors represent the numbers from 0 to 9. In a variable resistor, resistance can be varied by moving a knob or slider. A variable resistor is used to control volume in many devices.

Capacitor: This is measured in farads. A capacitor is used for storing electrical charges that can be released upon demand. Capacitors can be of different types - electrolyte and ceramic disc are two of them.

Diode: A semiconductor device, diodes allow current to flow in one direction only.

Small, cheap and lasting, light emitting diodes (LEDs) are special diodes that give out light and allow current to flow in one direction.

NPN bipolar transistor: Used for current control, they can amplify currents with a small amount of heat dissipation and very little spatial waste.

PNP bipolar transistor: Its functions are the same as NPN, but construction is slightly

different.

Crystal: When a voltage is applied, crystals can accurately vibrate a specific frequency.

Integrated circuit: Having circuits etched into it, an integrated circuit is a semiconductor wafer that can hold capacitors, resistors, transistors, etc. in a large quantity. By allowing the chips to have millions of transistors, integrated circuits are capable of saving space.

Triac: A dual silicon controlled rectifier (SCR), triac is used to control alternating current (AC). Mostly used in dimmers and touch lamps, it controls the amount of electricity reaching an appliance.

Tapped secondary transformer: Used for transforming voltages, a plug-in transformer, the wall type, changes 120 volts AC into about 12 volts DC for small appliance needs. In a tapped secondary transformer, the secondary winding of the transformer is connected to a wire so that it can be used for multiple voltages, or more current.

Speaker: A speaker converts electrical energy into sound energy.

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Semiconductors: An Important Element Available in Every Electronic Device!

Semiconductors are available in every electronic device which is used in the modern days including computers, telephones, radio etc. These semiconductors have entered every electronic device and now every human's life that are using these electronic gadgets. This has greatly increased the demand of semiconductor manufacturing companies. There are many top semiconductor manufacturing companies in the world who manufacture high quality silicon wafers. They are running business to provide various semiconductor turnkey solutions to the customers.

Today these semiconductors have become a part of our life and without these devices we can't survive. Whether you talk of computer which is lifeline or telephones which keep us connected, all have semiconductor in some form or the other. Basically, a semiconductor is a material which is having the special characteristics that enables it to conduct small amount of electrical current in a controlled manner. This electrical conductivity can be controlled either permanently or dynamically, depending on the requirement of the device it is used in. The devices like diodes, transistors and photovoltaic cells contain these semiconductors. It is found that these semiconductor materials have much lower resistance to the flow of electrical current in one direction than in another.

It's are made of several materials, not any single material forms these semiconductors. It is a known fact that semiconductors should not be a very good conductor of electricity, nor should it be a bad conductor of electricity. One amazing thing associated with these semiconductors is that their properties can be changed with the help of atoms. By adding or removing the atoms, one can do that. While creating semiconductors the materials used are many but the most widely used semi-conductor material is silicon. Other materials which aid to the development of this element are gallium arsenide, germanium and silicon carbide. Companies which provide semiconductor turnkey solutions make use of all of these materials in optimum quantity.

Whether you want integrated circuit test and assembly services or any other service related to semi-conductors, you will find numerous companies world over. Few of the popular names which are into the manufacturing of these semiconductors include AMI Semiconductor, Analog Devices, Amtel, Cosmic Circuits, Dynex Semiconductor, Elpida Memory, Fujitsu, IBM, Intel Corporation, Panasonic Corporation, Luxtera, Materials Research Corporation, Microchip Technology, National Semiconductor, Numonyx, Oramir, Sanyo, Seiko, Sitronics, Sony, Texas Instruments, Toshiba, Winbond to name a few. All these companies are related to the semiconductor manufacturing services, one or the other way.

Author has 3 years experience in Internet Marketing. Today's world semiconductors materials are most useful for semiconductor solutions and semiconductor turnkey solutions.