INFS4

Digital system design

register can be used for input and output purposes AX O CX O DX O BX no one CL If the content of AL = 8CH = 02H and CF=0, the AL will be ...... after executing SAR AL, CL AL = 8CH, CF=0 AL=C6H, CF=0 O AL=C6H, CF=1 O AL=E3H, CF=1 O AL=E3H, CF=0 O !

a Multiplexer : a) can only have one Se lector Switch b) routes or Connects the Se lected data input to the output c) Selects the least bits and rouks to output d) routes or connects the Seleced outpot from the input data

Design an encoding matrix with diodes and resistors to display a decimal number to on the seven-segment display. You have 10 switches (WO-W9) with one terminal connected to Vec. For decimal number 0, switch 0 (S0) is closed, for decimal number 1, switch 1 (S1) is closed etc. (Switches are on the vertical axis, S0 on top and the outputs are taken on the horizontal axis (Y0-Y6), with “a" on the left and "g" on the right. Note that (Y0-Y6) outputs are used as inputs to seven-segment display. Since these outputs cannot drive the seven segment display LEDS you may need additional bipolar transistors and resistors. The supply voltage is 5V and each LED needs a current of 20mA. Note that this is a design problem and the design is not unique. Do your best! f a a e

please solve it carefully and quickly, solve part b  please

Answer the following Hexadecimal to decimal conversion problem: Convert the HEX NUMBER 7F5E. A43D to decimal number ( show steps in paper, scan and submit along with other answers) Decimal number =

Part 3: Decoder can be useful when we have to decode some specific numbers from their equivalent code. Figure 6 has a concept of 3 to 8 line decoder from which you have to generate output waveform from D0 to D7 with proper relationship to input. X Y Figure_6 Part 4:The data-input and data-select waveforms in Figure 7 are applied to the multiplexer. Determine the output waveform F in relation to the inputs. DO D1 D2 D3 1. SO s1 Figure_7

Consider the 2-bit multiplexer (MUX) shown in the figure. For OUTPUT to be the XOR of C and D, the values for A0, A1, A2 and A3 are COM ExamGOAL.COM ExamGAL.COM EXAMIGOAL.COM TEXUTIGUALTOM ExamGOAL.COM COM ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM COM Exam COM ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM 0 ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM Exan COM ExamGOAL.COM ExamCOAL.COM ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM Exam A₁ 1.COM [EBAL1M Exam GOAL.COM ExamGOAL.COM ExamGOAL.COM Exam GOAL.COM COM Exam COM COM COM ExamGOAL.COM ExamCOAL.COM E SELECT A3 3E ExamGOAL.COM ExamicAL.COM SSOAL.COM S ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM - ExamGOAL.COM ExamGOAL.COM Exam A2COM 24 ExamGOAL.COM OUTPUT ExamGOA COM ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM Exan MGOAL.COM ExamGOAL.COM Exan ExamGOAL.COM Exan ExamGOAL SAGI COM ExamGOAL.COM ExamGOAL.COM ExamGOAL. C ExamGOAL.COM GOAL.COMMGOAL.COM ExamGOAL.COM Exan Exan EMGOAL.COMamGOAL.COM…

Consider the 2-bit multiplexer (MUX) shown in the figure. For OUTPUT to be the XOR of C and D, the values for A0, A₁, A2 and A3 are COM ExamGOAL.COM ExamGL.COM EX OAL.COM EXURIGUALTOM ExamGOAL.COM COM ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM DAD M ExamGOAL.COM 0 ExamGOAL.COM ExamGOAL.COM Exani Ao COM ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM Exan ExamCOAL.COM ExamGOAL.COM Exam ExamGOAL.COM A₁ 1 COM ExamGOAL.COM ExamGDAL.COM ExamGOAL.COM LEXA COM EXDALOM ExamGOAL.COM A330 ExamGOAL.COM A₂2 ExamGOAL.COM OUTPUT ExamGOA.COM ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM ExamGUAL.COM Exan MGOAL.COM ExamGOAL.COM Exan COM ExamGOAL.COM ExamCOAL.COM E COM EXA3 Exam lamGOAL.COM ExamGOAL.COM SMGOAL.COM ExamGOAL.COM COM ExamGOAL.COM ExamGOAL.COM COM ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM COM ExamGOAL.COM ExamGOAL.COM EsamGOAL.COM xamGOAL.COM COM ExamGOAL.COM ExamGOAL.COM S₁ SELECT GOAL.COM MGOAL.COM ExamGOAL.COM ExamGOAL COM ExamGOAL.COM Exan COM ExamGOAL.COM…

(c) The modulus of a counter is the number of unique states through which the counter will sequence. A decade counter with a count sequence of zero (0000) through nine (1001) is a BCD decade counter because its ten-state sequence produces the BCD code. [Modulus pembilang adalah keadaan nombor unik bilamana pembilang membuat bilangan. Pembilang dekad dengan urutan kiraan sifar (0000) hingga sembilan (1001) ialah pembilang dekad BCD kerana jujukan sepuluh keadaannya menghasilkan kod BCD.] (i) (ii) Derive the state transition table. [Terbitkan jadual transisi keadaan.] With the aid of k-map, design the decade counter by using JK flip-flop. [Dengan bantuan pemetaan-k, rekabentuk pembilang dekad menggunakan JK flip-flop.]

Arrange the chronological order of the elements and its function to Digital Communication by writing the numbers 1 to 10 in both column A and column B. A Elements Channel Decoder Channel Encoder Digital Demodulator LICHTE SE Digital Modulator Input Transducer Channel Output Signal Output Transducer Source Source Decoder Source Encoder B A ndeseng Function After detecting the sequence, it does some error corrections. A It can be an analog signal. It compresses the data into minimum number of bits. It converts the signal into the original physical form, which was at the input of the transmitter. It does the coding for error correction. It allows the analog signal to transmit from the transmitter end to the receiver end. It produced after the whole process. It takes a physical input and converts it to an electrical signal. The received signal is demodulated as well as converted again from analog to digital.notni erli lo ini arli lo voeber edirsin.sm The resultant signal is once again…

In R/2nR DAC, the maximum input resistor to be used is Rmin*2^(n-1) where n is the number of bits. Rmin*(2^n)-1 where n is the number of bits. Rmin*2^n wheren is the number of bits. Rmin*[(2^n)-1] where n is the number of bits.

An analog signal contains frequencies up to 10 kHz. 1. What range of sampling frequencies allows exact reconstruction of this signal from its samples? 2. Suppose that we sample this signal with a sampling frequency Fs = 8 kHz. 3. Examine what happens to the frequency F1= 5 kHz. 4. Repeat part (2) for a frequency F2= 9 kHz.

Answer for question in image

please solve step by step and clearly. I have 3 hours until my exam and I really need to understand this concept because there will be a question just like this in my exam too. I will UPVOTEEE!

Question:If you have two functions F(a,b,c) and G(a,b,c) to implement, what mux size and how many muxes would you need to implement F & G?My Comments:Is it as simple as using two 4-1 multiplexers because it will handle the 6 inputs? Or am I not understanding the function of a multiplexer?

I just need the count up range for this question. Example:0-7 or 0-5 it's asking what is the numbers it can display on a digital display.

15 14 13 12 1 Figure 1 1. Referring to Figure 1, predict the output Q from t1 to t5. Show and explain each step of the prediction process in detail.

RESEARCH What is an INTEGRATED CIRCUIT (IC)?  Uses or applications of Integrated Circuit. Types of Integrated Circuit. Draw at least 4 typrs of IC. Discuss the different IC packages. How to identify the pin numbering of IC? Proper handling of IC. What is seven-segment display? How to produce the required decimal digit from 0 through 9 using seven-segment display? Uses of seven-segment display.

Design a 16 - to - 1 multiplexer using 4 - to - 1 multiplexer . quickly please

Answer the following Hexadecimal to decimal conversion problem: Convert the HEX NUMBER A56B. 930D to decimal number ( show steps in paper , scan and submit along with other answers)

What is the frqcy of recovered signal? Is is the same with information and carrier signal? Please explain.  1st waveform: Carrier signal (2Vpk,20kHz) 2nd waveform: Information signal (1Vpk,1kHz) 3rd waveform: Recovered signal

Consider the 2-bit multiplexer (MUX) shown in the figure. For OUTPUT to be the XOR of C and D, the values for A0, A₁, A2 and A3 are ExamGOAL.COM ExamCAL COM EX - ExamGOAL.COM CUM EXPTIGUALTOM COM ExamGOAL.COM Exams AL.COM ExamAL.COM A Ao 0 COM ExamGOAL.COM ExamnCOAL.COM ExamGOAL.COM ExainGOAL.COM ExamGOAL.COM Exant COM ExamGOAL.COM ExamCOAL.COM ExamGOAL.COM ExamGOALCOM ExamGOAL.COM LEA A₁ COMAL1M EXAMGOAL.COM ExamBOAL.COM ExamNGOAL.COM OM ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM ExamGOAL ExamGOAL.COM ExameCIAL.C A₂ 2 OUTPUT ExamGO.COM ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM ExalGOAL.COM ExaH GOAL COM ARMGOAL COM ExamGOAL.COM ExamGOAL.COM F CON EXA3 3 3 E COM ExamGOAL.COM ExamGOAL.COM M ExamGOAL.COM ExamGOAL COM S₁ SELECT ExamGOAL COM ExamGOALOM ExamGOAL.COM ExamGOAL.COM GOAL.COM MGOAL.COM L.COM Exan ExainGOAL.COM ExainGOAL.COM So COM ExamGOAL.COM ExamGOAL.COM EMIGOAL.COMmGOAL.COM ExamGOAL.COM ExamGOAL.COM EMGOAL.COMmGOAL.COM ExamGOAL.COM ExamGOALCOM EMGOAL.COM ExamGOAL.COM ExamGOAL.COM…

please solve it carefully and quickly, solve the last part please

Can you redo this again? The answer should be typewritten, thanks.Provide the following:Step 1. Solve for kStep 2. Solve for Tk (forward path gain)Step 3. Identify the loop gains (TL)Step 4. Identify the nontouching loops taken two at a time TNL(2 time)Step 5. Identify the nontouching loops taken three at a time TNL(3 time)Step 6. Identify the nontouching loops taken four at a time TNL(4 time)Step 7. Solve for component ∆Step 8. Solve for component ∆k (Note: We form ∆k by eliminating from ∆ the loop gains that touch the kth forward path)Step 9. Substitute on the equation for transfer function

Result must be in ratio form so use format rat before executing any command in Octave. Results should be exactly the same as given by Octave.