ARTZXC
The terms "flip-flop" and "latch" are applied to a variety of circuits, and there is some overlap in the meaning. As far as I know, there is no official meaning; like all English words, the meaning is somewhat flexible. Generally, latches have less clock hardware built into the circuit, making them more flexible. If you don't need the clocking, you can probably perform your function faster with a latch than with a flip-flop. If you do need the clocking, you may end up performing your function slower if you add the necessary hardware to a latch, rather than just using a flip-flop that already has it built in.
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The game that allows players to flip "winks" is called Tiddlywinks. This game is won when a player flips all of his "winks" into the pot or "pot out."
its a wonderful life
All of the above
draw a logic circuit of the clocked SR flip-flop using NOR gate
http:/en.wikipedia.org/wiki/Flip-flop here is a link all about flipflops
Not exactly. However flip flops of all types were originally called trigger circuits or simply triggers.
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
None, all flip flops have a small probability of entering a metastable invalid state.
Not all are: JK flip-flops use a master-slave triggering for example.
It can be seen that the external clock pulses (pulses to be counted) are fed directly to each J-K flip-flop in the counter chain and that both the J and K inputs are all tied together in toggle mode, but only in the first flip-flop, flip-flop A (LSB) are they connected HIGH, logic "1" allowing the flip-flop to toggle on every clock pulse. Then the synchronous counter follows a predetermined sequence of states in response to the common clock signal, advancing one state for each pulse. The J and K inputs of flip-flop B are connected to the output "Q" of flip-flop A, but the J and K inputs of flip-flops C and D are driven from AND gates which are also supplied with signals from the input and output of the previous stage. If we enable each J-K flip-flop to toggle based on whether or not all preceding flip-flop outputs (Q) are "HIGH" we can obtain the same counting sequence as with the asynchronous circuit but without the ripple effect, since each flip-flop in this circuit will be clocked at exactly the same time. As there is no propagation delay in synchronous counters because all the counter stages are triggered in parallel the maximum operating frequency of this type of counter is much higher than that of a similar asynchronous counter. Type your answer here...
A: Flip flop not only store info they also controls and make machine decisions
The terms "flip-flop" and "latch" are applied to a variety of circuits, and there is some overlap in the meaning. As far as I know, there is no official meaning; like all English words, the meaning is somewhat flexible. Generally, latches have less clock hardware built into the circuit, making them more flexible. If you don't need the clocking, you can probably perform your function faster with a latch than with a flip-flop. If you do need the clocking, you may end up performing your function slower if you add the necessary hardware to a latch, rather than just using a flip-flop that already has it built in.
Flip flop is a slang term for a bistable multivibrator, an electrical device which is stable in either one of two states. By using the binary number system, which consists of just two digits, zero and one, the flip flop can be used to process data. There are flip flops all through the Central Processor Unit, as well as in every other device attached to the computer.
Not really, unless you count losing someone who obviously doesn't put a lot of thought into what she gets you. It means she doesn't care that much, it's like you giving her an iron. Let flip, flop, flip, flop be the sound of you walking out on the little skan k, you're well rid of her if that is all she can think to give you.