A latching circuit is a circuit with two stable states, which one can think of as 1 and 0, thereby being able to store one bit of information. In circuit diagrams, these are represented by cross-coupled NOR or NAND logic gates.
A latch is an electronic switch using digital logic that will hold the logic level at its output (1 or 0) that was last applied to its input. Many types of latches are shown at http://www.play-hookey.com/digital/d_nor_flip-flop.html
A latch is a single bit of memory in a digital system. We all know how important that is.
A latch is one type of flip flop. There are many types of flip flops.
a latch is like a lock
flip-flop latches is 2. SR and JK latch
a group of flip-flops sensitive to pulse duration is called latch whereas a group of flip-flops sensitive to pulse transition is called a register.
flipflop is edge triggering and latch is level triggering
What is meant by discrete in values with respect to flip-flops and latch is 0 and 1.
the advantage of JK flip-flop compared to clocked SR flip
A flip flop and latch are one and the same. You are obviously confused. Pay more attention in class.
flip-flop latches is 2. SR and JK latch
a group of flip-flops sensitive to pulse duration is called latch whereas a group of flip-flops sensitive to pulse transition is called a register.
A LATCH can be said as the another name of flip flop as the only difference between a latch and the flip flop is that a latch is an level triggered device where as flip flop is an edge triggered device .
flipflop is edge triggering and latch is level triggering
They are circuits that have an internal state.
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.
research flip-flop circuits.
flip flop:-> it work's on the basis of clock pulses.-> it is a edge trigerred , it mean that the output and the next state input changes when there is a change in clock pulse whether it may a +ve or -ve clock pulse.latch;-> it is based on enable function input-> it is a level trigerred , it mean that the output of present state and input of the next state depends on the level that is binary input 1 or 0.Both the flip-flop and latch are Sequential circuits....Flip flops are edge-triggered devices whereas latches are level triggered devices.latch does not have clock signal whereas flip flop does.Flip flop has two values while latch has only one value.A: A flip-flop can be set reset and pass date with a clock a latch is a two state switch of or onA flip flop will follow a clock a latch will remain status quo until it is unlatch. basically one does not use flip flop for latches and viceversa. both can be flip and latched by signals.
What is meant by discrete in values with respect to flip-flops and latch is 0 and 1.
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.
YES definitely, since latch may have or may not have a clock.. but clk is must for ff