One clock cycle, repeated until READY is true.
During a wait state in the 8086 microprocessor, the buses are typically inactive, meaning that the data bus (D0-D15) and address bus (A0-A19) do not carry valid data or address information. Instead, the control signals may indicate that the processor is in a wait state, often due to a slower peripheral or memory device not being ready for data transfer. The processor halts its operations and waits until the required conditions are met before resuming normal function.
Varies by state.
How long you wait to get your last paycheck in the State of Illinois depends on the business. Some businesses will ask that you wait two weeks. Others will mail it several weeks later.
In 8086 the instruction queue is 6 byte long. This is because even the longest 8086 instruction is 6 byte long. Thus it is possible to prefetch even the longest instruction in the instruction set.
mov
TEST This input is examined by a 'WAIT' instruction. If the TEST input goes low, execution will continue, else, the processor remains in an idle state. The input is synchronized internally during each clock cycle on leading edge of clock.
There is no wait period.
There is no waiting period in the state of Maryland
No waiting period.
It depends on how long you have to wait for your connecting flights.
To increase the speed of the 8086, you need to increase the clock speed, reduce the number of wait states, or both. You could also optimize your code so that it runs faster. Since the 8086 is a segmented memory architecture, it is more efficient to use operands in one segment and to make near references to them.
wait state is a delay experienced by a microprocessor when accessing external memory or another device that is slow to respond. the vice versa also come into scenario. Now, to be able to access slow memory the microprocessor must be able to delay the transfer until the memory access is complete. One way is to increase the micro processor clock period by reducing the clock frequency. Some micro processors provide a special control input called READY to allow the memory to set its own memory cycle time. If after sending an address out, the microprocessor does not receive a READY input from memory, it enters a wait state for as long as the READY line is in 0 state. When the memory access is completed the READY goes high to indicate that the memory is ready for specified transfer.