In the 8085 class machine, machine cycles are measured in microseconds to nanoseconds. For instance, at a clock frequency of 3 MHz, one clock is 333 nanoseconds, and one memory read or write, without wait states, is one microsecond. One CALL instruction, again without wait states, is 6 microseconds.
True
True
false
A.true
NANOSECONDS
Frequency is measured in hertz. Cycles per second.
Frequency is a measurement of how many cycles, or wave crests, there are per second. It is measured in Hertz, equal to cycles/second.Frequency is a measurement of how many cycles, or wave crests, there are per second. It is measured in Hertz, equal to cycles/second.Frequency is a measurement of how many cycles, or wave crests, there are per second. It is measured in Hertz, equal to cycles/second.Frequency is a measurement of how many cycles, or wave crests, there are per second. It is measured in Hertz, equal to cycles/second.
in clock cycles.
It used to be measured in Cycles eg. 60 cycles. Now it is measured in Hertz, eg 60 Hz. Named after Heinrich Hertz. See website http://en.wikipedia.org/wiki/Heinrich_Hertz
Technology
That's the unit of frequency ... "cycles per second", or simply "cycles".It has now been officially renamed the "Hertz".
Gigahert
Hertz, Hz.
RET instruction needs 3 machine cycles. One to fetch and decode the instruction(4 T states), and two more machine cycles(i.e. 2*3=6 T states) to read two bytes from the stack(stack is exterior to microprocessor, stack is in R/W memory, so to exchange data with stack needs machine cycles). Thus, RET instruction needs total 3 machine cycles and 10 T-states.
when the number of cycles a machine works more than 1e4 cycles. please check for the answer
I think it is Mhz or Ghz where 1 Mhz = 1,000,000 Cycles.