JK flip-flops, also colloquially known as jump/kill flip-flops, augment the behaviour of SR flip-flops. The letters J and K were presumably picked by Eldred Nelson in a patent application. The sequential digital circuit shown below shows the design of a JK flip-flop based on two SR NAND latches. Assume the circuit's output is Q = 0 and that the inputs are J – 0 and K = 0, and that the clock input is C = 0. (You can make use of the fact that we already know how an SR NAND latch behaves.) D Ko a) Suppose J transitions to 1 and C transitions to 1 soon after. Create a copy of the drawing and indicate for each line whether it carries a 0 or a 1. b) Some time later, C transitions back to 0 and soon after J transitions to 0 as well. Create another copy of the drawing and indicate for each line whether it carries a 0 or a 1. c) Some time later, J and K both transition to 1 and C transitions to 1 soon after. Create another copy of the drawing and indicate for each line whether it carries a 0 or a 1. d) Finally, C transitions back to 0 and soon after J and K both transition to 0 as well. Create another copy of the drawing and indicate for each line whether it carries a 0 or a 1.
JK flip-flops, also colloquially known as jump/kill flip-flops, augment the behaviour of SR flip-flops. The letters J and K were presumably picked by Eldred Nelson in a patent application. The sequential digital circuit shown below shows the design of a JK flip-flop based on two SR NAND latches. Assume the circuit's output is Q = 0 and that the inputs are J – 0 and K = 0, and that the clock input is C = 0. (You can make use of the fact that we already know how an SR NAND latch behaves.) D Ko a) Suppose J transitions to 1 and C transitions to 1 soon after. Create a copy of the drawing and indicate for each line whether it carries a 0 or a 1. b) Some time later, C transitions back to 0 and soon after J transitions to 0 as well. Create another copy of the drawing and indicate for each line whether it carries a 0 or a 1. c) Some time later, J and K both transition to 1 and C transitions to 1 soon after. Create another copy of the drawing and indicate for each line whether it carries a 0 or a 1. d) Finally, C transitions back to 0 and soon after J and K both transition to 0 as well. Create another copy of the drawing and indicate for each line whether it carries a 0 or a 1.
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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![JK flip-flops, also colloquially known as jump/kill flip-flops, augment the behaviour of SR flip-flops.
The letters J and K were presumably picked by Eldred Nelson in a patent application.
The sequential digital circuit shown below shows the design of a JK flip-flop based on two SR
NAND latches. Assume the circuit's output is Q = 0 and that the inputs are J = 0 and K = 0,
and that the clock input is C = 0. (You can make use of the fact that we already know how an SR
NAND latch behaves.)
D
Co
D
Ko
a) Suppose J transitions to 1 and C' transitions to 1 soon after. Create a copy of the drawing and
indicate for each line whether it carries a 0 or a 1.
b) Some time later, C transitions back to 0 and soon after J transitions to 0 as well. Create another
copy of the drawing and indicate for each line whether it carries a 0 or a 1.
c) Some time later, J and K both transition to 1 and C transitions to 1 soon after. Create another
copy of the drawing and indicate for each line whether it carries a 0 or a 1.
d) Finally, C transitions back to 0 and soon after J and K both transition to 0 as well. Create
another copy of the drawing and indicate for each line whether it carries a 0 or a 1.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff314a01a-4872-4ab6-8116-b5779f270c40%2Ff2c964de-beda-4d46-82ef-aa2905411271%2Fpz8hiwj_processed.png&w=3840&q=75)
Transcribed Image Text:JK flip-flops, also colloquially known as jump/kill flip-flops, augment the behaviour of SR flip-flops.
The letters J and K were presumably picked by Eldred Nelson in a patent application.
The sequential digital circuit shown below shows the design of a JK flip-flop based on two SR
NAND latches. Assume the circuit's output is Q = 0 and that the inputs are J = 0 and K = 0,
and that the clock input is C = 0. (You can make use of the fact that we already know how an SR
NAND latch behaves.)
D
Co
D
Ko
a) Suppose J transitions to 1 and C' transitions to 1 soon after. Create a copy of the drawing and
indicate for each line whether it carries a 0 or a 1.
b) Some time later, C transitions back to 0 and soon after J transitions to 0 as well. Create another
copy of the drawing and indicate for each line whether it carries a 0 or a 1.
c) Some time later, J and K both transition to 1 and C transitions to 1 soon after. Create another
copy of the drawing and indicate for each line whether it carries a 0 or a 1.
d) Finally, C transitions back to 0 and soon after J and K both transition to 0 as well. Create
another copy of the drawing and indicate for each line whether it carries a 0 or a 1.
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