A register is temporary memory which can store single bit of data....
memory addres register is used hold data addresses that refer to the data portion of the memory(by umar farooq.pk) memory addres register is used hold data addresses that refer to the data portion of the memory(by umar farooq.pk)
A flip-flop is used to store one bit data. If we want to store 2 bit data then we require 2 flip-flops. If we want to store n bit data then we require n flip-flops. Thus , a number of flip-flops which stores n bit data is called as register.
Hi, As we all know, each computer has a processor and each processor has some registers to store the data which are being processed by the processor. Sometimes processor needs to copy/move data from one register to another to make space for new data. This data transfer between registers is called register data transfer. I hope this will help. Thanks,
here, just the registers are used to store the temporary data in the variables instead of RAM.
HL is a register pair that is used to store 16-bit data in 8085 Microprocessor
HL is a register pair used to store 16 bit of data in 8085 microprocessor.
The CPU registers. If the data is too large to physically store in a register, the register stores the memory address containing the data instead (usually a RAM address but could be any address in the physical address space, including ROM and graphic memory). On a 32-bit system, data registers need to be at least 32-bits long in order to store memory addresses.
A means accumulator , it is used to store 8 bit data not address because address is of 16 bits .
LHLD 2600h is use to store data of 2600h in L register and data of 2601h in H register While SHLD 2600h is use to store data of L in 2600h memory location and data of H in 2601h memory location data of H register
A data register is temporary data being transmitted or shifted in 1s or 0s to or from the byte-organized memory array from the bidirectional data bus. The write operation shifts data into the the byte-organized memory array and the read operation shifts data into the data register.
Register memory are smaller in size than cache memory and registers are faster than cache..Cache memory store the frequently used data from main memory..