We all know that the PMOS will be turn on only when we give low input to the gate and the NMOS will be turn on only when we give high input to the gate. The PMOS has the advantage of charging and has a disadvantage while discharging, whereas the NMOS has the advantage of discharging and has the disadvantage of charging because of power loss.īy taking advantage of PMOS and NMOS, the C-MOS is built. The PMOS is responsible for charging whereas the NMOS is responsible for discharging. The CMOS is a combination of PMOS and NMOS as shown in the above figure. The term “complementary” relates to the point that design uses symmetrical pairs of p-type and n-type MOSFET transistors for logic functions, only one of which is switched on at any time. CMOS chips include a microprocessor, microcontrollers, memories like RAM, and other digital logic circuits. C-MOS is a major class of integrated circuits. The complete form of CMOS is a Complementary Metal Oxide Semiconductor. What is VLSI, Very Large Scale Integrated Circuit, Design Flow.Roadmap To Becoming A VLSI Engineer Or Chips Design Engineer.You can also catch me on Instagram – Chetan Shidling. If you have any doubts related to electrical, electronics, and computer science, then ask questions. Each and everything I will try to explain in a simple way. In this article, I will discuss what is CMOS, applications of CMOS, characteristics of the complementary metal-oxide semiconductor, etc.
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