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TTL CMOS Technology Semiconductor Technology

CMOS technology is an extension of MOS technology and is by far the most popular today. MOS technology is divided into two sub-technologies (PMOS and NMOS) that match each with the type of impurity used (P or N). As already mentioned the type of impurities used determines the type of transistor. It turns out that technology can only fabricate NMOS transistors N type impurities and PMOS technology only P-type impurities

Years ago there were design uses only one type of transistors but if you combine both designs are simpler.

This is where CMOS technology enables the manufacture of both types of transistors. Virtually everything is manufactured in CMOS technology with the exception of some transmitters used in optical communications with tens of GHz frequencies where the use of faster technology is a necessity.

As an extension of MOS technology, CMOS technology inherits the advantages of low consumption and high integration and therefore also the disadvantages of not so high operating speeds. The truth is that's what happened when technology was becoming popular but now after the huge investments made in this technology can claim to have overcome many disadvantages associated with their old mother MOS technology.

then presented as a curiosity sections es decir cortes de esquemas de tecnología CMOS:

YOSEPH BUITRAGO C.I. 1825871 EES SECCION2