'Clk 0' presentation slideshows

Test #2

Test #2. Combinational Circuits MUX Sequential Circuits Latches Flip-flops Clocked Sequential Circuits Registers/Shift Register Counters Memory. Multiplexer. 2-to-1 mux 4-to-1 mux. 2-to-1 mux. A 2-input mux is controlled by a single control line s . If s=0, y=a and y=b if s=1.

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Pass Transistor Logic

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Lecture 13

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Lecture 3: Modeling Sequential Logic in Verilog HDL

Lecture 3: Modeling Sequential Logic in Verilog HDL. Blocking(=) vs Nonblocking (<=) Assignment. always @ (b) begin a = b; c = a; end always @(posedge clk) begin a <= b; c <= a; end. final value: a = b =c. final value: a = b c = old a.

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Lecture 13

Lecture 13. Flip-Flops Section 5.4. Schedule. Please bring a functional random number generator to class on Thursday (3/13). Outline. Review D latch Applications Flip-flops D flip-flops Reset JK flip-flops T flip-flop. D Latch. Using a Latch as a Memory Element.

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? 5 ? ?????? (Synchronous Sequential Circuits)

? 5 ? ?????? (Synchronous Sequential Circuits). 5-3 ??? (Flip-Flop). ???. ?????????????????????????? ? ????????? (triggering input) ?????????????????????????? (clock ???? CLK) ???????????? C ????????????????????????. ??????.

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? 5 ? ?????? (Synchronous Sequential Circuits)

? 5 ? ?????? (Synchronous Sequential Circuits). 5-3 ??? (Flip-Flop). ???. ?????????????????????????? ? ????????? (triggering input) ?????????????????????????? (clock ???? CLK) ???????????? C ????????????????????????. ??????.

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Flip-Flops

???? ????? + ???? ??????? ??????? ????? 10#. Flip-Flops. An edge-triggered flip-flop is not a combinational circuit. Claim: An edge-triggered flip-flop is not a combinational circuit. Proof: Every combinational circuit implements a Boolean function.

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