A: Transitions are travels time from one state of a signal to another state. Example transition of a clock from a low state to a hi state which is a square Wave transition can be from a low to a hi state or hi to a low state. Is actually the rise and the fall of a square wave. These transitions can be used to synchronize input/outputs of many devices.
They contructed using semiconducters and metals. BJT(Bipolar junction Transisters) type transisters made by semi conducters. Generally for FET (Field Effect Transisters) type sometimes they add some metals to get the expected output.
transisters
They are NPN and PNP. BJT mean bipolar junction transistors. there are two P-N junctions in BJT transisters.
It mainly possessing two components one is p-n junction diode and another one is n-p junction diode
TFT displey is an improved liquid crystle displey wher the each pixel is controled be a set of three thin film transisters(TFT)
They have changed drastically actually! Coming from vaccuum tubes to transisters to whatever part. They still have the same basic idea only making them smaller and more reliable!
I will assume you mean "transistors". Compared to their predecessors (vacuum tubes), transistors:* Are faster * Use less current * Use less space Note that all of these advantages get even more pronounced in the case of integrated circuits (which also contain transistors).
you cant. the whole point of that box in the wire is to change from ac to dc because coms work with transisters makeing bits. if they shut off even for a milisecond then it need to reboot to turn all the proper ones back on to run your os. you do this and you need a new com pretty quick
I think because the semi-conductors(transisters) are planted in silicon (it's just the way they build them now to make them so small) .Silicon is the material that "chips" are made of. Certain makes of chipsets are used for peripheral control. Known as 'southbridge' and 'northbridge'. They control things like the keyboard, mouse, USBs and disk drives. They control the flow into and out of, the main CPU processor.
Actually its a greek term meaning printing with stone or metal plates with smooth surface in terms of computer it is the stitching process of all the transisters togther or the manufacturing process. 65nm means 65*10 exp -9 meters the less the size of the core the less heat generated less interference nearly no spread spectrum and less power so the less the size the better the performance
A normal configuration for a BJT is Class A Common Emitter. In this configuration, the BJT operates as an inverting amplifier. Driven into saturation, it is a inverting switch, hence the designation NOT gate.Transistor can act as a gate. But its not a gate. In BJT(Bipolar Junction Transister) type transisters there are two P-N juntions. That means if we need we can use it as a NOT gate. Actually gate ICs (Intergrated circuits) are also build using transistors. (Example : TTL(transister-transister logic))
I don't think so. Semiconductor processing requires very clean steps. and superconductors require the use of heavy metals, which can contaminate the process. Besides, superconductors require special equipment that does not exist in the semiconductor industry. The cost of introducing superconducting materials outweighs the benefits of using the materials. Perhaps one day, superconductors and semiconductors can co-exist in an integrated circuit. If the question is about whether superconductors are involved in fabricating transistors (meaning the fabrication equipment), I don't see a need -- we can make do with what we have.