A clocked SR flip-flop is a sequential logic circuit that stores a single bit of information and changes its output only at specific instances controlled by a clock signal. It is an improvement over the basic SR flip-flop because it avoids the problem of indeterminate output when both S (Set) and R (Reset) inputs are high simultaneously by incorporating a clock input. The clocked SR flip-flop consists of two inputs, S and R, a clock input (CLK), and two complementary outputs, Q and Q̅. The operation of the clocked SR flip-flop depends on the level or edge of the clock signal. When the clock is inactive (depending on whether the flip-flop is positive- or negative-triggered), the outputs remain in their previous state regardless of changes in S and R inputs. When the clock is active, the