CMOS technology is widely used in the fabrication of integrated circuits. CMOS is an abbreviation for "Complementary Metal Oxide Semiconductor." This technique is used in microprocessors, batteries, and digital sensors, among other electronic components, due to numerous important advantages. To accomplish diverse logic functions, this technology employs both NMOS and PMOS. Matching features are incorporated into both the N and P MOSFET channels. Prior to CMOS logic, PMOS and NMOS logic were frequently utilized to create logic gates. PMOS was eventually superseded by NMOS Technology, which was previously the standard IC fabrication technology. CMOS was initially slower and more expensive than NMOS. NMOS technology's key advantages are its simple physical method, functional density, processing speed, and manufacturing efficiency. Electrical asymmetry and static power dissipation are the major drawbacks of NMOS technology. These disadvantages are mitigated b
A website on various types of topics categorized to science and technology.