Q D Clock Clk Q Clock Qb Q Qa Q Q Multiple type of flip-flops Circuit The figure above shows a circuit that use three different types of D flip-flops: a) D latch b) Rising-edge D flip-flop c) Falling-edge flip-flop For each one of the flip-flops enter their output for the times t1.t2.t3.t4 Assume that initially all outputs are '0' D
clk n1 lk2 n1 clk clk2 (0 delay thru AND) Control the pulse width in clk2 (real) The pulse generator generates a narrow pulse with pulse-width denoted total pulse width tpw for every rising edge of the clock signal clk . Use any gates to design a pulse generator circuit that will generate one active high pulse with tpw-5n (this width is only for simulation) for every falling edge of the clock signal clk Prove to the TA that the...
Study the following circuit and corresponding waveforms: a) D Q Clock CLK Q Undefined 01 02 Undefined Q Undefined Undefined Undefined Identify the waveforms that correspond to Qa, Qb and Qc. Provide the name of the components that produce Qa, Qb and Qc. (Note: one answer is none of the above.) (6 marks) b) Study the following circuit: D D D CLK CLK CLK CLK Explain why this will not implement a shift register. Your answer should include a waveform...
3. (16 pts.) A sequential circuit design is shown in the following diagram CLK CLK Frt Trl Frl FF1 D-FF clk-to-q propagation delay tpcq 15 ps D-FF clk-to-q contamination delay tccq-10 ps D-FF data setup time ts-15 ps D-FF data hold time th = 10 ps Gate 2-input NAND 2-input NOR 2-input XOIR NOT Tpd(ps) Tea(ps) 15 25 35 10 10 15 25 (8 pts.) Calculate the maximum clock frequency for reliable operation assuming there is no clock skew (8...
A D Flip-Flop only samples what is on the D input when the clock signal edge rises from low to high. The circuit below is a DFF built from fundamental gates and behaves the same as the DFF discussed in class. Given signal D and clk draw the fastpulse signal and output Q1 in the empty plot panes. .tran o lu O in Active low SR latch Gate with single D input 4+ 0 fastpulse 3ns 3ns 3ns Generate fast...
1. a) Complete the waveform templates for the Master –Slave D-flip-flop below with given D, CLK, CLEAR, and PRESET signals. Neglect the propagation delays. b) Does it have positive or negative edge triggering with respect to CLK? c) Are the asynchronous PRESET and CLEAR active-high or active-low? 2. Enabling of data load in the D-flip-flop was implemented with a 2-to-1 multiplexer as show below. The D-flip-flop has the positive edge triggering and the active-low asynchronous clear. a) Is the Enable...
Use the Quartus Prime Text Editor to implement a behavioral model of the D flip-flop described above in a file named d_flops.sv. Specify the D flip-flop’s module according to the interface specification given in the table below. Port Mode Data Type Size Description RST in logic 1-bit Active high asynchronous reset CLK in logic 1-bit Synchronizing clock signal EN in logic 1-bit Synchronous clock enable D in logic 1-bit Synchronous data input Q out logic 1-bit Current/present state Qbar out...
In this lab, you will design a finite state machine to control the tail lights of an unsual car. There are three lights on each side that operate in sequence to indicate thedirection of a turn. Figure ! shows the tail lights and Figure 2 shows the flashing sequence for (a) left turns and (b) right rums. ZOTTAS Figure 28:8: BCECECece BCECECECes BCECECECB BCECECBCB 8888 Figure 2 Part 1 - FSM Design Start with designing the state transition diagram for...
How can we assess whether a project is a success or a failure? This case presents two phases of a large business transformation project involving the implementation of an ERP system with the aim of creating an integrated company. The case illustrates some of the challenges associated with integration. It also presents the obstacles facing companies that undertake projects involving large information technology projects. Bombardier and Its Environment Joseph-Armand Bombardier was 15 years old when he built his first snowmobile...