5555555555
13. The carry propagation delay in 4bit fulladder circuits ____________.
(a) is normally not a consideration because the delays are usually in the nanosecond range
(b) is cumulative for each stage and limits the speed at which arithmetic operations are performed
(c) decreases in direct ratio to the total number of fulladder stages
(d) increases in direct ratio to the total number of fulladder stages, but is not a factor in limiting the speed of arithmetic operations
Subject Name : Electronics Engineering 
Exam Name : IIT GATE, UPSC ESE, RRB, SSC, DMRC, NMRC, BSNL, DRDO, ISRO, BARC, NIELIT 
Posts Name : Assistant Engineer, Management Trainee, Junior Engineer, Technical Assistant 
Electronics & Communication Engineering Books

GATE 2023 Total Info  ENGG DIPLOMA  UGC NET Total Info 
IES 2023 Total Info  PSUs 2022 Total Info  CSIR UGC NET Total Info 
JAM 2023 Total Info  M TECH 2023 Total Info  RAILWAY 2022 Total Info 
Related Posts
 5555555555127. The carry propagation delay in 4bit fulladder circuits: (a) is cumulative for each stage and limits the speed at which arithmetic operations are performed (b) is normally not a consideration because the delays are usually in the nanosecond range (c) decreases in direct ratio to the total number of fulladder stages (d) increases in direct ratio to the total number of fulladder stages, but is not a factor in limiting the speed of arithmetic operations
 5555555555184. The carry propagation delay in fulladder circuits: (a) is normally not a consideration because the delays are usually in the nanosecond range. (b) decreases in a direct ratio to the total number of FA stages. (c) is cumulative for each stage and limits the speed at which arithmetic operations are performed. (d) increases in a direct ratio to the total number of FA stages but is not a factor in limiting the speed of arithmetic operations.