registers are located in CPU.
Shift registers contain multiple "flip flops" that can be set to represent a bit value (0 or 1). These values can be retrieved later and so the registers can function as memory.
Mostly used in counters and shift registers.
mean that the processor of mcu will check spesfic registers in loop way while (1) { if (PINA = ... ) then >>>>> if(PINB = ... ) then >>>>>>>> if(PINC = .....) then >>>>>>>. } here the processor polling polling for this register
Johnson counter is a ring counter, which is a type of counter composed of a circular shift register. Johnson counter provides many shift registers and ring counters.
The pulses differ because the two pulses are in opposite directions.
A computer has address registers and data registers. The address registers usually keeps the computer informed about where certain data stores are kept.
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Yes, registers are a type of memory within a computer system that store data temporarily for quick access by the CPU.
types of registers( ac ,dr ,ar etc) which use in computer types of registers( ac ,dr ,ar etc) which use in computer
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computer has different registers each of which has different functions. ax - accumulator register bx - base register cx - counter register computer has different registers each of which has different functions. ax - accumulator register bx - base register cx - counter register
Registers are memory locations on the microprocessor itself (not in main memory). In RISC architectures generally most operations (add, multiply, etc) must take there input from registers and write their output to a register. Since registers are located directly on the microprocessor, they represent the fastest form of memory in the computer, and also the type of memory available in the least quantity.
in the registers ,the closest memory to the central processor unit.
Different computers have different numbers of registers depending on their architecture.
This varies dramatically from one computer architecture to another. It may be as few as one register to many hundreds, the registers may be general purpose or very specialized in purpose. It all depends on the decisions of the computer architect and the evolutionary history from the initial implementation of the architecture to the latest.
AIr supply registers can be located in the floors, walls, or ceilings. The placement chosen will depend on whether the system will be used primarily for heating or cooling. If you live in an area where you use mostly heating, floor registers are the best, as heat will rise and mix with the indoor air. If you live in a warm area, like me, you want the registers high on the walls or on the roof, as the cold supply air will fall towards the floor. Basically you want high registers for cooling and low registers for heating.
file allocation table (FAT)