In the 8085 microprocessor, the Program Status Word (PSW) contains important flags that reflect the state of the processor. Different instructions can affect these flags, such as the Zero Flag, Sign Flag, Carry Flag, and Parity Flag. For example, arithmetic operations like addition or subtraction can set or reset these flags based on the result of the operation. Consequently, the PSW is essential for conditional branching and decision-making within programs, as it provides the necessary status information determined by the executed instructions.
There is no exit instruction in the 8085. Do you mean return, as in from a function or interrupt? If so, the instruction is RET.
Not in the 8085.
There are 74 instructions in the 8085 microprocessor.
MUL is not an 8085 instruction.
CALL, requiring 18 clock cycles.
There are 74 instructions in the 8085 microprocessor.
The NOP instruction is a no-operation instruction. It does nothing to the state of the machine, except to use some time. In the case of the 8085, it uses four clock cycles plus however many wait states are need to access the NOP instruction from memory.
There are no instructions in the 8085 that execute in only one clock pulse. The minimum number of clock cycles is four; three for instruction fetch and one for instruction decode/execute.
The 8085 is an 8 bit processor, so its word length is 8 bits.
stores next instructions
Push instruction pushes two byte of data on the top of the stack.
The operating frequency of 8085 is 3 mhz to 5 mhz