an unclocked flip-flop
is the state to which the circuit settles after the inputs change.
For a clocked device, the next state is the state after the clock
pulse
synchronous means it is based on a clock...it performs operations based on every clock tick....asynchronous operations execute irregardless of the clock signal
Energy is released when protons flip in a magnetic field. :)))))
No one really knows because it all doesn't flip at the same time. Some areas will start to flip and mix with the magnetic field, thus causing it to flip. This is scheduled to happen in the next millennium=1000 years.
in level trigger mode, the input signal is sampled when the clock signal is either high or low whereas in edge trigger mode the input signal is sampled at rising or at the falling edge. lever triggering is sensitive to glitches whereas edge trigger is non sensitive.. example: latch for level trigger and flip-flop for edge trigger
The wave can flip upside down
the advantage of JK flip-flop compared to clocked SR flip
huh
several types of clocked flip-flop
draw a logic circuit of the clocked SR flip-flop using NOR gate
SR flip flop with clock enable .The output will change only when the clock is'1' and when the clock is '0' all the inputs will be ignored
SR flip flop with clock enable .The output will change only when the clock is'1' and when the clock is '0' all the inputs will be ignored
The MinoHD records in high definition, so the quality of the video is better.
A flip is forward almost like a sumersalt in the air and an aerial is a cartwheel in the air (without using your hands).
Basically durability.
The difference between a latch and a flip-flop is that a latch does not have a clock signal, whereas a flip-flop always does. Apart from the clock signal difference, ~ Latch is a level sensitive device while flip-flop is an edge sensitive device. ~ Latch is sensitive to glitches on enable pin, whereas flip-flop is immune to glitches. ~ Latches take less gates (also less power) to implement than flip-flops. ~ Latches are faster than flip-flops.
A turn is rotating and a flip is flipping. They are different. For instance, try flipping open a phone. Then, put it down on a table and turn it around. You will see a difference in your movements.
The maximum number of possible states in a circuit with 6 flip flops is 26 or 64.