Last modified at: 04-10-2020

Welcome to semiconductors

You will find several lists of semiconductor manufacturers and distributors on this site, listed in the following categories (click a button on the left side of this page to view a list):

Modular Jacks, DC Jacks, board to board, wire to board and many more...
Embedded Tool
Flash loaders, emulation, compilers, source debuggers and many more...
Integrated Circuits (IC)
Flip Flop, And's, Or's, SRAM, FLASH, MCU, EEPROM, EPROM and many more...
Passive components
Diodes, Transistors, Resistors, Capacitors, Coils, LED and many more...
Print Circuit Boards (PCB)
Single layer, multi layer, proto's, board assemblies and many more...

This site doesn't sell components or software. It only directs you to the manufacturers and distributors all over the world, who are selling and/or distributing components and software. By clicking on a link in one of the categories.


Any of a class of solids (as germanium or silicon) whose electrical conductivity is between that of a conductor and that of an insulator in being nearly as great as that of a metal at high temperatures and nearly absent at low temperatures. (1838).

Semiconductors are found to be much like insulators in that as temperature increases, so does the conductivity. In general, semiconductors are found to have higher conductivity than insulators and lower conductivity than metals. The reason that the conductivity is greater in semiconductors is that the band gap is smaller than that found in insulators. It could even be said that insulators are really just semiconductors with poor conductivity.

Definition of semiconductor

A material, typically crystaline, which allows current to flow under certain circumstances. Common semiconductors are silicon, germanium, gallium arsenide. Semiconductors are used to make diodes, transistorsand other basic "solid state" electronic components.

As crystals of these materials are grown, they are "doped" with traces of other elements called donors or acceptors to make regions which are n- or p-type respectively for the electron model or p- or n-type under the hole model. Where n and p type regions adjoin, a junction is formed which will pass current in one direction (from p to n) but not the other, giving a diode.

One model of semiconductor behaviour describes the doping elements as having either free electrons or holes dangling at the points in the crystal lattice where the doping elements replace one of the atoms of the foundation material. When external electrons are applied to n-type material (which already has free electrons present) the repulsive force of like charges causes the free electrons to migrate toward the junction, where they are attracted to the holes in the p-type material. Thus the junction conducts current.

In contrast, when external electrons are applied to p-type material, the attraction of unlike charges causes the holes to migrate away from the junction and toward the source of external electrons. The junction thus becomes "depleted" of its charge carriers and is non-conducting.

Discrete semiconductors are:

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