1. Draw the timing diagram showing how a toggle flip-flop can be used for a binary counter of a frequency divider input pulses reset input Bo B B2 B3 1 CLR 2 Bo 3 CLR 5 B 6 CLR B2 T CLR B3 10
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- Q#01: The schematic shown in figure below is for Divide_by_11, a frequency divider, that divides clk by 11 and asserts its output for one cycle. The unit consists of a chain toggle-type flip-flops with additional logic to form an output pulse every 11th pulse of clk. The asynchronous signal rst is active-low and drives Q to 1. Develop and verify a model of Divide_by_11. Vcc 20LSB Q2 03MSB clk clk clk clk clk rst rst rst rst wl w2 clk QB cik_by_11 rst rst) Convert from Binary to Decimal a) 1011011012 (b) 1110010.1012 I) Using Double Dabble method, convert from Decimal to Binary (a) 255710 (b) 585.31010 III) Convert from Hexadecimal to Decimal (a) 1CB.ED716 (b) AE18A.E8B916a) Design a single-digit decade counter that counts from 0 to 9 and repeats. The single-digit decade counter should be built by a cascaded synchronous binary counter (74LS163) and other basic logic gates. Simulate thecomplete counter circuit by OrCAD and PSPICE. Capture the circuit schematic and the simulated waveform.(Define the simulation timings for at least one full counting cycle from 0 to 9 and back to 0.)(Hint: Use the DigClock input from the SOURCE as shown below and setup the CLK ONTIME and OFFTIME accordingly for the clock source.)
- lulaial X Meel ixd ovyv ke xprx zh8NaCiqWSsG-ntxcCe_c83_6 h5cMyyKtw/formResponse News what is the advantage of the following circuit y What is the type of the flip flop? Why? Next state Present state output output delayQ.8 Determine the Q waveform relative to the clock if the signals shown in Figure 03 are applied to the inputs of the J-K flip-flop. Assume that Q is initially LOW. CLK K PRE CLK CLR K FIGURE 03IV) Convert Decimal to Hexadecimal (a) 974510 (b) 2976.5410 V) Convert from Binary to Hexadecimal (a) 10010110101012 (b) 111011101.010101012 VI) Convert from Hexadecimal to Binary (a) 7CAB516 (b) AF2.12B16
- 1What will be the state of a MOD64 counter after 90 input pulses if the starting state=000000?A.100100B.011010C.010110D.011100 2.A MOD 32 counter is holding the count 101112. What will the count be after 31 clock pulses?A.10100B.10010C.10000D.10110theirs clear deferent between linear reference and sawtooth more harmonics less harmonics the inverter always produce trapezoidal signals pure sine wave signals 6 active sectors with 2 zero vectors SVPWM have 6 sectors OElectrical Engineering A Explain Digital IC specification using a neat diagram. B Design a circuit using AOI logic which outputs a 1 when a 4-bit BCD code translated to a number that uses the lower right segment of a 7-segement display. 0828956389 C Design a synchronous counter using D flip flops that counts 2, 3, 5, 7, 10, 12, 14 The unused states of the counter change to 6 at the next clock pulse. An asynchronous sequential eirenit ie dasasi
- Using the Internet, locate and print the manufacturer datasheet for each of the following integrated circuits. 74LS04 Hex Inverter Gates 74LS08 Quad 2-Input AND Gates 74LS32 Quad 2-Input OR Gates 74LS74 Dual Positive-Edge-Triggered D Flip-Flops with Preset & Clear LM555 Timer As a digital designer, you will occasionally need to redesign an existing circuit. In doing so, you will come across part numbers that you are not familiar with. Use the Internet to identify the functionality and manufacturer of each of the part numbers listed below. Note that many parts will have several manufacturers. For the purposed of completing this table, list one. Also, do not print these datasheets. Simply view them online and extract the necessary information. Part Number IC Name / Function Manufacturer DM74LS00 SN74LS02 DM74LS75 SN74LS86 MAN6760show the waveforms for each flip-flop output with respect For the ring counter in Figure to the clock. Assume that FF0 is initially SET and that the rest are RESET. Show at least ten clock pulses. D D. FFO FF1 FF2 FF3 FF4 FF5 FF6 FF7 FF8 FP9 CLKUsing D flip-flops, design a logic circuit for the finite-state machine described by the state assigned table in Figure P9.10. Present State Y2Y1 00 01 10 11 Next State x = 0 Y2Y1 01 00 11 10 x = 1 Y2Y₁ 10 11 00 00 Figure P9.10 x=0 Z 0 0 0 0 Output x = 1 Z 1 0 0 1