Discovering Solid State Electronics: Devices and Their Applications

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Solid state electronics encompass devices like diodes and transistors, which are fundamental to modern electronics. These devices utilize semiconductors, such as silicon and germanium, to control electron flow through a solid matrix, distinguishing them from older vacuum tube technology. Solid state devices are essential in various applications, enhancing everyday life by enabling logic implementation and specific responses to stimuli. The characteristics of semiconductors, influenced by doping, allow for diverse voltage-current behaviors, making them versatile in electronic circuits. Overall, solid state electronics play a crucial role in advancing technology and improving functionality in electronic devices.
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What are the solid state electronics devices? What are they used for?
 
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The diode and transistor are two of the earliest solid state devices that come to mind.
They are used in almost every application of electronics today.

You can find out more about solid state devices at howstuffworks
 
EngTechno said:
What are the solid state electronics devices?

semi-conductors, insulators, conductors, lasers, transistors, diodes

What are they used for?
to make our lives more easy

marlon
 
The predecessors to solid state devices were vacuum tubes. There, the electrons were traveling in the vacuum between the cathode and the plates, and being modulated in various ways by the electric fields from voltages on various plate arrangements.

The term "solid state" refers to the fact that the electrons in semiconductor devices are traveling through the solid matrix of the atomic structure of the material. As already stated, the diode and transistor (BJT, JFET, MOSFET) are the basic structures. But even exotic stuff like superconductivity can be considered a solid state phenomenon.
 
Basicaly solid state electronics is related to the property of semi-conductors like silicon, germanium in pure as well as doped form.

Metals show linear voltage-current characteristics in accordance with the Ohm's law, whereas semi-conductors with different type of doping have different voltage-current characteristics. These can be used to generate specific responses to given stimuli, ie, to implement logic.
 

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