A <a href='/Semi<a href='/Conductor'>conductor</a>'>semi<a href='/Conductor'>conductor</a></a> is a material that has properties of both an <a href='/Insulator'>insulator</a> and a <a href='/Conductor'>conductor</a>. It is used in many electronic devices such as <a href='/Transistors'>transistors</a>, <a href='/Diodes'>diodes</a>, and integrated circuits.
A <a href='/Semi<a href='/Conductor'>conductor</a>'>semi<a href='/Conductor'>conductor</a></a> is a material that has properties between those of a <a href='/Conductor'>conductor</a> and an <a href='/Insulator'>insulator</a>. It is a type of solid material that has electrical conductivity between that of a <a href='/Conductor'>conductor</a> and an <a href='/Insulator'>insulator</a>. <a href='/Semi<a href='/Conductor'>conductor</a>'>Semi<a href='/Conductor'>conductor</a></a>s are used in a wide range of electronic devices, including <a href='/Transistors'>transistors</a>, <a href='/Diodes'>diodes</a>, and integrated circuits.<br><br><a href='/Semi<a href='/Conductor'>conductor</a>'>Semi<a href='/Conductor'>conductor</a></a>s are made up of atoms that have four electrons in their outermost shell. These electrons are loosely bound to the atom, allowing them to move freely and conduct electricity. The number of electrons in the outermost shell determines the type of <a href='/Semi<a href='/Conductor'>conductor</a>'>semi<a href='/Conductor'>conductor</a></a> material. Materials with four electrons in the outermost shell are called