HomeElectronics Multiple choice question MCQ online testCombinational Logic Design MCQ Quiz {part1} Combinational Logic Design MCQ Quiz {part1} 2 Comments / Electronics Multiple choice question MCQ online test Spread the love 0% 0 votes, 0 avg 11 Created on November 12, 2022Digital electronics Combinational Logic Design {Part 1} 1 / 23 Category: Combinational Logic Design The number of 1:16 demultiplexers required for designing a 4-output 4-variable combinational circuit is a. 8 b. 1 c. 16 d. 4 2 / 23 Category: Combinational Logic Design A MUX with its address bits generated by a counter operates as a a. parallel-to-serial converter b. modified counter c. modified multiplexer d. serial-to-parallel converter 3 / 23 Category: Combinational Logic Design A logic circuit that accepts several data inputs and allows only one of them at a time to get through to the output is called a. a multiplexer b. a transmitter c. a demultiplexer d. a receiver 4 / 23 Category: Combinational Logic Design A demultiplexer with 4-bit select input has a. one data input and ten data output lines b. one data input and sixteen data output lines c. one data input and four data output lines d. one data input and eight data output lines 5 / 23 Category: Combinational Logic Design Which of the following logic circuits takes data from a single source and distributes it to one of several output lines? a. demultiplexer b. encoder c. multiplexer d. decoder 6 / 23 Category: Combinational Logic Design A combinational logic circuit which is used to send data coming from a single source to two or more separate destinations is called a. a decoder b. a demultiplexer c. an encoder d. a multiplexer 7 / 23 Category: Combinational Logic Design A multiplexer is also known as a. a data accumulator b. a data restorer c. a data selector d. a data distributor 8 / 23 Category: Combinational Logic Design A 32:1 mux can be designed using a. two 16:1 muxs and one two input OR gate b. two 16:1 muxs and two two-input OR gates c. two 16:1 muxs only d. two 16:1 muxs and one two input AND gate 9 / 23 Category: Combinational Logic Design A BCD-to-decimal decoder is a. any lines to 10-lines decode b. a 4-line to 10-line decoder c. a 1-line to 10-line decoder d. a 3-line to 8-line decoder 10 / 23 Category: Combinational Logic Design The number of 3-line-to-8-line decoders required for selecting 1 out of 64 is a. 8 b. 16 c. 9 d. 4 11 / 23 Category: Combinational Logic Design ABCD to XS-3 code converter can be designed using a. none of these b. two 16:1 multiplexers c. a 16:1 multiplexer d. a 1:16 de multiplexer 12 / 23 Category: Combinational Logic Design A 16:1 multiplexer can be used to design a. BCD to binary code converter b. 4 variable logic function c. BCD to 7 segment decoder d. full-adder 13 / 23 Category: Combinational Logic Design Selection of the input with the higher priority by an encoder is called a. arbitration b. none of these c. priority selection d. input selection 14 / 23 Category: Combinational Logic Design Selection of the input with the higher priority by an encoder is called a. input selection b. priority selection c. none of these d. arbitration 15 / 23 Category: Combinational Logic Design Which logic device is called a distributor? a. demultiplexer b. multiplexer c. decoder d. encoder 16 / 23 Category: Combinational Logic Design A binary-to-octal decoder is a a. 3-line to 8-line decoder b. 1-line to 8-line decoder c. 4-line to 8-line decoder d. any lines-to-8 line decoder 17 / 23 Category: Combinational Logic Design What is the largest number of data inputs which a data selector with two control inputs can handle? a. 16 b. 4 c. 2 d. 8 18 / 23 Category: Combinational Logic Design In the hexadecimal to binary priority encoder a. F (hex) has the highest priority b. 0 (hex) has the highest priority c. 7 (hex) has the lowest priority d. F (hex) has the lowest priority 19 / 23 Category: Combinational Logic Design A multiplexer with four select bits is a a. 4:1 multiplexer b. 32:1 multiplexer c. 16:1 multiplexer d. 8:1 multiplexer 20 / 23 Category: Combinational Logic Design A logic circuit that converts an n-input binary code into a corresponding single numeric output is called a. a converter b. a code converter c. a decoder d. an encoder 21 / 23 Category: Combinational Logic Design A 4-variable logic circuit can be designed using a. a 16:1 multiplexer b. an 8:1 multiplexer and one inverter c. two 8:1 multiplexers and one 2:1 multiplexer d. any of these 22 / 23 Category: Combinational Logic Design A Demultiplexer is used to a. select data from several inputs and route it to a single output b. steer the data from a single input to one of the many outputs c. perform arithmetic division d. perform parity checking 23 / 23 Category: Combinational Logic Design The number of 4-line-to-16-line decoders required to make an 8-line-to-256-line decoder is a. 64 b. 17 c. 16 d. 32 Your score isThe average score is 19% LinkedIn Facebook VKontakte 0% Restart quiz Exit Thank you Send feedback Spread the love
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