(a) Given that by using two of 6-position adder modules as demonstrated in Figure 2, build and design a 12-position voting system. Vcc 1.0 ΚΩ YES O NO O YES O O Six-Position Adder Module Σ A Σ ° B Cout Cin Full-adder 1 Σ NO O Σ B OA YES O Σ OB Cout NO O - Cin Co C Parallel adder 1 YES O Full-adder 2 NO O YES logic YES BCD to 7-segment decoder Σ YES O Σ ° A -O Σ ° B NO O Cout ° Cin YES O NO BCD to Full-adder 3 7-segment decoder NO O Switches () Σ B OA Σ B Cout Co 330 2 resistors (typical) 어 Cin Parallel adder 2 Full-adder 4 NO logic 100 k2 resistors should be connected from the inputs of the CMOS full-adders to ground. Figure 2: A voting system using full adders and parallel binary adders.

(a) Given that by using two of 6-position adder modules as demonstrated in Figure 2, build and design a 12-position voting system. Vcc 1.0 ΚΩ YES O NO O YES O O Six-Position Adder Module Σ A Σ ° B Cout Cin Full-adder 1 Σ NO O Σ B OA YES O Σ OB Cout NO O - Cin Co C Parallel adder 1 YES O Full-adder 2 NO O YES logic YES BCD to 7-segment decoder Σ YES O Σ ° A -O Σ ° B NO O Cout ° Cin YES O NO BCD to Full-adder 3 7-segment decoder NO O Switches () Σ B OA Σ B Cout Co 330 2 resistors (typical) 어 Cin Parallel adder 2 Full-adder 4 NO logic 100 k2 resistors should be connected from the inputs of the CMOS full-adders to ground. Figure 2: A voting system using full adders and parallel binary adders.

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter3: Power Transformers

Section: Chapter Questions

Problem 3.30P: Reconsider Problem 3.29. If Va,VbandVc are a negative-sequence set, how would the voltage and...

See similar textbooks

Similar questions

b) Given the changed lines of code below, answer the following questions. ANALOG_COMPARE_SETUP: LDI R16,0 STS ADCSRA, R16 T LDI R16,0b00000000 STS ADCSRB, R16 LDI R16,0 STS ADMUX, R16 LDI R16,0b00001000 OUT ACSR, R16 RET What signals are now being compared? Determine if a comparator interrupt will occur (show work): Time (s) AINO (volts) AIN1 (volts) 1 4 5 4 1 4 1 0 1 4 5 4 5 0 0123456 Interrupt (y/n) n/a initial state
Write code matlab with comment Part b
ở Pour working steps: SUTM UTM Q.1 & UTM O UTM (a) State two differences in the features of a general-purpose computer application compared to an embedded system application. UTM & 5 UTM 5 UTM instructions (c) Show the status of the C, H and V flags after the addition of 0x88 and 0X9B in staTM UTM ITM &UTM LDI R20, R21, LDI Ox88 UTM 3 ADD R20 R21 (d) frequency is 1 MHz. & UTM & UTM 5 UTM UTM & DELAY: AGAIN: R16, 0x20 NOP NOP NOP UTM & UTM 3 UT Pstal DEC R16 5 UTM O UTM TM BRNE AGAIN 5 UTM 3 RET 75 UTM UTM
t of For R1-47 0, R2=72 Q, R3=104 Q, V1=6 V, 1=40 A & K1=4.5, use the principle of superposition to find : R2 KIV, R3 V1 I1 R1 V01 (in volt) due to V1 only= a. 0 b. -0.028190603132289 C. -0.018793735421526 d. -0.0093968677107631
Ex. 592. Refer to Figure 592. [R1,C1,S1,P1]=[ 0,15,0,0]. [R2,C2,S2,P2]=[ 5,14,0,1]. Determine A,B,C,D,E,F.
Provide drawing or FBD. Determine the Equivalent Resistance ofterminals a &d. (Use Delta-Wye)
Q2) determine A>B, A
Problem #4: Consider the PAL module below '1' A B C D 888 000 F₁ F2 F3 1. Determine the corresponding product term per row PRODUCT TERMS 000000
2-T Plip.flop to D Plip.Plop ConverSion.
2. A 7-segment decoder drives the display shown in figure. If the waveforms are applied as indicated, determine the sequence of digits that appears on the display. BCD/7-seg Ao A Ao 1 b A1 2 A2 A2 4 A3 A3 e b
Ex (H-w). A. Shown in VL1gL-628mH SOH7 YR ER=752 CalculateAhe Supplyvollage.
The logic function implemented by the multiplexer circuit is (ground implies a logic "0") 4x1 MUX 1。 1₁ 1₂ 13 S₁ S₂ P Q Y -F