Since CMOS can be NAND and NOR logic this question seems to make little sense.
However. If you by any chance think about CMOS Design versus TTL Design then this is a most interresting question.
CMOS drain little current at low speed. As speed increases, the drain increases.
TTL drain much the same current no matter the speed.
There have been made TTL families that only use a little current. This will some times make this family preferable to CMOS. Especially true regarding high frequency logic circuitry.
The benefit from TTL is that one output can source 8-14 inputs (Depending on family)
CMOS is an ideal choice for low frequency battery operated equipment.
It does not provide long batterylife at high frequencies though as drain of current increases.
CMOS and NMOS are two logic families. As the name itself indicates, CMOS is complementary Metal Oxide Semiconductor technology. It uses both PMOS and NMOS transistors for design. Whereas, NMOS logic family uses only NMOS FETs for design.
Cmos logic family, because it has no resistors attached who consume active power.
The switching time (on and off) of the TTL logic gate is very fast in comparison with CMOS logic gate. However, they could not tolerate higher range of power supply.
cmos
ecl
CMOS (complementary metal oxide semi conductor) is a logic family. A logic family refers to the way of implementing logic. Using this technique, logic gates are realized. The combination of several logic gates forms a digital circuit or integrated circuit (IC). A mother board is also an IC. The technique used to realize it is CMOS logic.
because its a balanced device
CMOS logic families tolerate low temperatures because they are designed to. I suppose the why is not public because those would be trade secrets.
CMOS is a type of technology for constructing integrated circuits. One advantage of this setup is less waste heat compared to NMOS logic or transistor-transistor logic.
Cmos logic family, because it has no resistors attached who consume active power.
Rajesh Kannan
If you mean the CMOS setup, then it was likely made around 1984. That was the year that IBM released the AT computer. That was the first to make use of CMOS settings. If you mean CMOS-based logic chips, they have been around since at least the the mid 1970's.