A designated transition of a clock signal at which a synchronous sequential circuit updates its stored bits. Next-state functions use the state immediately before the edge, and all stored bits update together. This convention is essential when composing circuits: a combinational output computed from the old state can be sampled at that edge, while an additional stored output introduces another cycle of delay.
Ancestors (2)
Incoming links (44)
- Asynchronous clear
- Clock cycle
- Clock period
- Clock signal
- Clock-to-Q delay
- Combinational logic
- Debounced toggle switch
- D flip-flop
- Digital register
- Flip-flop
- Hold time
- JK flip-flop
- Moore machine
- One-clock Moore pulse
- Past exam of the year 1 of the computer science course of the University of Oxford / 2003 / Functional programming, data structures and algorithms, procedural programming, and digital hardware / 10 / b / ii / Solution
- Past exam of the year 1 of the computer science course of the University of Oxford / 2003 / Functional programming, data structures and algorithms, procedural programming, and digital hardware / 10 / b / i / Solution
- Past exam of the year 1 of the computer science course of the University of Oxford / 2003 / Functional programming, data structures and algorithms, procedural programming, and digital hardware / 9 / d / Solution
- Past exam of the year 1 of the computer science course of the University of Oxford / 2005 / Functional programming, data structures and algorithms, procedural programming, and digital hardware / 10 / a / Solution
- Past exam of the year 1 of the computer science course of the University of Oxford / 2005 / Functional programming, data structures and algorithms, procedural programming, and digital hardware / 10 / b / Solution
- Past exam of the year 1 of the computer science course of the University of Oxford / 2013 / Digital systems, linear algebra, introduction to formal proof / 1 / b / Solution
- Past exam of the year 1 of the computer science course of the University of Oxford / 2013 / Digital systems, linear algebra, introduction to formal proof / 1 / c / Solution
- Past exam of the year 1 of the computer science course of the University of Oxford / 2014 / Digital systems, linear algebra, introduction to formal proof / 1 / a / Solution
- Past exam of the year 1 of the computer science course of the University of Oxford / 2014 / Digital systems, linear algebra, introduction to formal proof / 3 / b / Solution
- Past exam of the year 1 of the computer science course of the University of Oxford / 2014 / Digital systems, linear algebra, introduction to formal proof / 3 / c / Solution
- Past exam of the year 1 of the computer science course of the University of Oxford / 2015 / Digital systems, linear algebra, introduction to formal proof / 4 / a / Solution
- Past exam of the year 1 of the computer science course of the University of Oxford / 2016 / Digital systems, linear algebra, introduction to formal proof / 1 / a / Solution
- Past exam of the year 1 of the computer science course of the University of Oxford / 2016 / Digital systems, linear algebra, introduction to formal proof / 1 / c / Solution
- Past exam of the year 1 of the computer science course of the University of Oxford / 2016 / Digital systems, linear algebra, introduction to formal proof / 2 / c / Solution
- Past exam of the year 1 of the computer science course of the University of Oxford / 2017 / Digital systems, linear algebra, introduction to formal proof / 1 / a / Solution
- Past exam of the year 1 of the computer science course of the University of Oxford / 2017 / Digital systems, linear algebra, introduction to formal proof / 3 / a / Solution
- Past exam of the year 1 of the computer science course of the University of Oxford / 2021 / Digital systems, linear algebra, introduction to formal proof / 1 / a / Solution
- Past exam of the year 1 of the computer science course of the University of Oxford / 2021 / Digital systems, linear algebra, introduction to formal proof / 1 / b / Solution
- Past exam of the year 1 of the computer science course of the University of Oxford / 2021 / Digital systems, linear algebra, introduction to formal proof / 1 / c / Solution
- Past exam of the year 1 of the computer science course of the University of Oxford / 2021 / Digital systems, linear algebra, introduction to formal proof / 1 / f / Solution
- Past exam of the year 1 of the computer science course of the University of Oxford / 2023 / Digital systems, linear algebra and introduction to formal proof / 3 / a / Solution
- Past exam of the year 1 of the computer science course of the University of Oxford / 2023 / Digital systems, linear algebra and introduction to formal proof / 3 / b / Solution
- Past exam of the year 1 of the computer science course of the University of Oxford / 2023 / Digital systems, linear algebra and introduction to formal proof / 3 / c / Solution
- Serial-in parallel-out shift register
- Setup and hold time
- Setup time
- Shift register
- Synchronous counter cascade
- Synchronous sequential circuit
- Three-sample run detector
Discussion (0) New discussion
There are no discussions about this article yet.
Articles by others on the same topic (0)
There are currently no matching articles.