It is NMOS FET. PMOS works in a reverse way.
The layer composed of silicon and aluminum is the insulating layer in a metal-oxide-semiconductor (MOS) structure, commonly known as the gate oxide layer. This layer is crucial in controlling the flow of current in the transistor by applying a voltage at the gate terminal.
The biggest difference is the types of transistors used: TTL (transistor transistor logic) uses bipolar junction transistors, MOS (metal oxide semiconductor) uses metal oxide semiconductor field effect transistors.For a very long time TTL operated at much higher speeds than MOS logic, but also used much more power. However several improvements in MOS over time eventually allowed it to operate at higher speeds than TTL could do without consuming so much power that it could not be properly cooled.The actual circuits used to construct logic gates is very different, but these details cannot be addressed on this site.
to provide high small signal impedance yet not requiring large DC drop
Because of threshold voltage reduction of MOSFETs. Comparing with metals for the gate of MOSFETs, polysilicon has small work function difference with the substrate silicon of MOSFETs.
It's one of the many functions which has been outsourced to private contractors. If you were deployed with that MOS, you'd be more likely to do gate guard duties than the actual functions of your MOS.
it is a capacitor created with a cmos transistor where the source, body and gate are tied together to ground and the drain is tied to the source voltage.
TTL stands for Transistor-Transistor-Logic. N-MOS is a type of a metal oxide semiconductor technology. TTL is faster, but generally uses more power. MOS based devices are slower, they and they use less power. Speed is an issue when dealing with high speed data processing.
Only rarely, the needs of the service comes first.
If there is an opening for that MOS and you are qualified with your entry scores then you notify the training NCO about it. Also, it depends on how much time you have left in your enlistment obligation.
MOS memory, or Metal-Oxide-Semiconductor memory, refers to a type of semiconductor memory that utilizes metal-oxide-semiconductor technology for its operation. The most common form of MOS memory is MOS RAM, which includes Static RAM (SRAM) and Dynamic RAM (DRAM). These types of memory are widely used in computers and electronic devices due to their speed and efficiency. MOS technology enables high-density memory cells, making it suitable for modern computing needs.
It is MOS 1141.
MOS stands for Military Occupational Specialty. You may hear MOS 68F or something else. Each job is assigned a MOS.