Refer to figure 2, carefully, analyze the sequential circuit which contains 2X4 active low decoder decoder, two 2X1 Mux, and JK flip-lop then answer the following questions: what is the state of JK flip-flop if A=1,B=1 and C=1. "note * A: is the most significant bit. C:east significant bit in the state table. ** its best for you to draw the state table".De2x4 DFILowacti BCIKO a. RestO b. ComplementO c. No changeO d. Set

efer to figure 2, carefully, analyze the sequential circuit which contains 2X4 active low decoder decoder, two 2X1 Mux, and JK flip- op then answer the following questions: what is the state of JK flip-flop if A=1,8=1 and C=1. "note * A: is the most significant bit. C: ast significant bit in the state table. ** its best for you to draw the state table". De 2x4 D, Low actie O a. Rest O b. Complement O c No change C. O d. Set

efer to figure 2, carefully, analyze the sequential circuit which contains 2X4 active low decoder decoder, two 2X1 Mux, and JK flip- op then answer the following questions: what is the state of JK flip-flop if A=1,8=1 and C=1. "note * A: is the most significant bit. C: ast significant bit in the state table. ** its best for you to draw the state table". De 2x4 D, Low actie O a. Rest O b. Complement O c No change C. O d. Set

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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13. Using the I/O table, construct the appropriate Boolean expression, in CDNF, and a circuit for that expression x y z f(x,y,z) 1 1 1 1 1 100 10 10 1000 0 1 1 0 0 1 0 0 0 0 10 0001
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The following circuit shows the carry-lookahead adder design. Assuming the delay for each gate is 2.2 ns, and there is no fan-in issue (meaning a gate can take as many inputs as possible). Consider a n-bit carry-lookahead adder, what is the duration (in ns) you have to wait until the correct C is generated? Carry-Lookahead Adder Ci+1=g; +pi ci = 8; + Pi (8-1 + Pi-1 C1.1) g+Pi8-1 + PiPi-11-1 = 81+Pi81-1+ Pi Pi-181-2+...+P1 Poco g₁ = xi yi Pi = x; + yi 2.2*(3+7*2) 2.2*3 2.2*8*n 2.2 n "
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The circuit below has a 2-to-4 decoder with active high outputs connected to a 4-to-1 MUX with an active low output. A B S₁ So 2-to-4 Y₁ Decoder Y₂ Y₂ C D 10 ₁4-to-1 MUX So 1½2 (a) Derive a minimum SOP or a minimum POS expression for the output, f(A, B, C, D). (b) Repeat part (a) assuming the decoder outputs are active low.
Design a two-bit counter (sequential circuit) using falling edge triggered T-flipflops, with one input line x. When x= 1, the state of the circuit remains the same. When x = 0, the circuit goes through the state transitions byincrementing the state count, i.e., from 00 to 01, 01 to 10, 10 to 11, and 11 to 00, and repeats. Draw circuit diagramof the designed counter. if z=83,Convert z to Base-2, e.g., z= (156)10 = (10011100)2.Provide this bitstream as input to K and draw the timing diagram of the outputs of both the T-flipflops.
In order to implement the function F(A, B) = IIM(0, 3) using Active High Decoder, we need to connect the output lines Select one: a. (0, 3) to an NOR gate. b. (0, 3) to an NAND gate. C. (1, 2) to an NOR gate. (1, 2) to an NAND gate. Simplify the function F represented by the following Kmap into the simplest SOP expression: TOSHIBA