Q8/To design a counter which count in the following sequence 7,6,3,5,0,1by using SR-F.F, the input of SR-F.Fs areSA=A'C+A'B, RA= C'+AB'C, SB=AB'C'. RB=A'B, SC=B'C'+B, RC= ABSA-A'B'C+A'BC, RA= AB'+BC, SB=AB'C, RB-A'BC, SC=A'+AB',RC= AC'OSA-A'C+BC, RA= BC+AB'C, SB=AB'C. RB=A'BC, SC=AB'+A'C'+B'C,RC= AC'O SA-A'C, RA= C'+AB'' SB=A'C. RB-A'B, SC=B'+C',RC= BCO None of them*

Here i have applied the properties of SR flipflop and solve it.

by using SR-F.F, the input of SR-F.Fs are SA=A'C+A'B, RA= C'+AB'C, SB=AB'C'. RB=A'B, SC=B'C'+B, RC= AB OSA-A'B'C+A'BC, RA= AB'+BC, SB=AB'C, RB=A'BC, SC=A'+AB',RC= AC' OSA-A'C+BC, RA= BC+AB'C, SB=AB'C. RB-A'BC, SC=AB'+A'C'+B'C,RC= AC' OSA-A'C, RA= C'+AB'' SB=A'C. RB-A'B, SC=B'+C',RC= BC O None of them

by using SR-F.F, the input of SR-F.Fs are SA=A'C+A'B, RA= C'+AB'C, SB=AB'C'. RB=A'B, SC=B'C'+B, RC= AB OSA-A'B'C+A'BC, RA= AB'+BC, SB=AB'C, RB=A'BC, SC=A'+AB',RC= AC' OSA-A'C+BC, RA= BC+AB'C, SB=AB'C. RB-A'BC, SC=AB'+A'C'+B'C,RC= AC' OSA-A'C, RA= C'+AB'' SB=A'C. RB-A'B, SC=B'+C',RC= BC O None of them

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

See similar textbooks

Similar questions

Calculate the cut-off frequency Fhigh for the following Active Noninverting Op Amp Bandpass Filter. C1 V+ R2 Voltage Input R1 C2 V- Voltage Output R4 R3 R1: 1.52 KO, C1: 1847 nF R2: 13.41 KO C2: 12.10 nF R3: 7.01 KO R4: 18.78 KO
Question1: Simplify the following block diagram. Obtain the transfer function from R to C for figure 1, and the transfer function from X(s) to Y(s) for figure 2. Question 2: Convert the block diagram of figures I and figure 2 to a signal-flow graph. G R G2 G3 G3 G4 G6 Figure 1: Block Diagram input output Y(s) X(s) 2 Figure 2: Block Diagram
Design with IC ‘555 and a capacitor of 9 uF: Monostable to get signal period=7 Astable to get frequency=2 Constraints: Use any resistor to be between 1K and 50K.
I need the answer
Draw the signal flow graph of the following blocke diagram shown in figure and find the transfer function Y(s)/R(s)
When provided with a three-stage system that has an input power of Pin = -26 dBm and power gain of the three stages of AP1 = 23 dB, AP2 = 1.995, AP3 = 16 dB, determine: 1. the total gain in dB 2. the output power (Pout) in dBmu 3. the output voltage in dBmV if RL = 2 kQ. ANSWERS: 42dB, 45.99dBmu, 79.01dBmV
The circuit in Figure 1 represents the circuit model of an interference path from source vin to the 10 MQ load resistance at vout- C1 C2 1 pF 1000 pF R V in out 10 MQ Figure 1. Interference modeling a) Determine the transfer function H(f) = vou/Vin from vin to vout- b) Determine the output magnitude vout when Vin is a 170V pk sine wave at 60HZ c) Determine the output magnitude vou when vin is a 1V pk sine wave at 1 MHz
*:Choose the useful and usefulness terms in filters design Usefulness term Useful term Response curve Bandwidth Heat Gravity
3) With reference to the switching conditions given below develop an appropriate circuitry that can develop output waveforms as given below, Mark in the circuitry the different components as well Periodic Time (T) A +VL 90° 180° 360 450° 540° time 270° -VL VAB VAC VBc VBA VCA VCB VAB VẠC VBc VBA VDC Vpc 30° 90° 150° 210° 270° 330° 390° 450° 510° 570° time 60° Output Voltage Waveform
None
Choose the correct output oe following code MOV AL,-28 MOV BL,49 IMUL BL AX=? , CF=? O AX= F98CH, CF=1. O AX= 1652, CF=1. O AX= FAA4, CF=1. O AX= F9C8H, CF=1.
beta being 100 solve for vo /vsing using smal signal model