'Positive edge triggered' diaporamas de présentation

CS/EE 3700 : Fundamentals of Digital System Design

1.16k views • 100 slides

ENG6530 Reconfigurable Computing Systems

ENG6530 Reconfigurable Computing Systems. Hardware Description Languages Synthesis. Topics. Synthesizable/Non-Synthesizable Code Translation to Hardware Simulation vs. Synthesis Synthesis: Hints, Guidelines Summary. References.

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EKT 124 / 3 DIGITAL ELEKTRONIC 1

EKT 124 / 3 DIGITAL ELEKTRONIC 1. CHAPTER 3 Sequential Logic/ Circuits. Concept of Sequential Logic Latch and Flip-flops (FFs) Shift Registers and Application Counters (Types, Application & Design) Sequential Circuits Design (State diagram, State Table, K-Map, Circuit).

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Sequential Logic Review

Sequential Logic Review. Material in this review is from Contemporary Logic Design by Randy Katz. Sequential Circuits. Circuits with Feedback Outputs = f(inputs, past inputs, past outputs) Basis for building "memory" into logic circuits

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Sequential logic

Sequential logic. Sequential circuits simple circuits with feedback latches edge-triggered flip-flops Timing methodologies cascading flip-flops for proper operation clock skew Asynchronous inputs metastability and synchronization Basic registers shift registers. Sequential circuits.

627 views • 46 slides

Sequential Logic

Sequential Logic. Sequential Circuits Simple circuits with feedback Latches Edge-triggered flip-flops Timing Methodologies Cascading flip-flops for proper operation Clock skew Asynchronous Inputs Metastability and synchronization Basic Registers Shift registers. Sequential Circuits.

651 views • 46 slides

Sequential Logic

Sequential Logic. Sequential Circuits Simple circuits with feedback Latches Edge-triggered flip-flops Timing Methodologies Cascading flip-flops for proper operation Clock skew Asynchronous Inputs Metastability and synchronization Basic Registers Shift registers. Sequential Circuits.

607 views • 46 slides

Sequential Logic

Sequential Logic. Sequential Circuits Simple circuits with feedback Latches Edge-triggered flip-flops Timing Methodologies Cascading flip-flops for proper operation Clock skew Asynchronous Inputs Metastability and synchronization Basic Registers Shift registers. Sequential Circuits.

616 views • 46 slides

Sequential Logic

Sequential Logic. Sequential Circuits Simple circuits with feedback Latches Edge-triggered flip-flops Timing Methodologies Cascading flip-flops for proper operation Clock skew Asynchronous Inputs Metastability and synchronization Basic Registers Shift registers. Sequential Circuits.

524 views • 46 slides

CHAPTER 1

CHAPTER 1 . FLIP FLOP By : Pn Siti Nor Diana Ismail. Sequential logic Astable Monostable Bistable No stable state - 1 stable state - 2 stable states

807 views • 42 slides

Chapter 8

Chapter 8. Sequential Logic Design Practices. Preface. 8.1 Sequential-Circuit Documentation Standards. 1.State-Machine Descriptions. ? State Table. ? State Diagram. ? Transition Lists. 2.Timming Diagram and Specifications. ? The Cause-and-effect Delays between Critical Signals.

540 views • 41 slides

CHAPTER 1

CHAPTER 1 . FLIP FLOP By : Pn Siti Nor Diana Ismail. Sequential logic Astable Monostable Bistable No stable state - 1 stable state - 2 stable states

642 views • 39 slides

Lecture #31 Flip-Flops, Clocks, Timing

Lecture #31 Flip-Flops, Clocks, Timing. Last lecture: Finite State Machines This lecture: Digital circuits with feedback Clocks Flip-Flops. Clocked Logic.

534 views • 35 slides

Lecture #31 Flip-Flops, Clocks, Timing

Lecture #31 Flip-Flops, Clocks, Timing. Last lecture: Finite State Machines This lecture: Digital circuits with feedback Clocks Flip-Flops. Clocked Logic.

356 views • 35 slides

Lecture 13

Lecture 13. Flip-Flops Section 5.4. Schedule. Please bring a functional random number generator to class on Thursday (3/13). Outline. Review D latch Applications Flip-flops D flip-flops Reset JK flip-flops T flip-flop. D Latch. Using a Latch as a Memory Element.

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Objectives:

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Lecture #32 Registers, counters etc.

Lecture #32 Registers, counters etc. Last lecture: Digital circuits with feedback Clocks Flip-Flops This Lecture: Edge triggers Registers shift registers counters. Edge triggering.

377 views • 21 slides

Flip-flops

Flip-flops. Outline. Edge-Triggered Flip-flops S-R Flip-flop D Flip-flop J-K Flip-flop T Flip-flop Asynchronous Inputs. Outline. Edge-Triggered Flip-flops S-R Flip-flop D Flip-flop J-K Flip-flop T Flip-flop Asynchronous Inputs. Clock signal. Positive edges. Negative edges.

854 views • 21 slides

Flip-Flops

Flip-Flops. Section 4.3 Mano & Kime. D CLK Q !Q. 0 1 0 1 1 1 1 0 X 0 Q 0 !Q 0. D Latch. S. !S. D. Q. CLK. !Q. !R. R. Note that Q follows D when the clock in high, and is latched when the clock goes to zero. D. Pulse-narrowing circuit. CLK.

301 views • 14 slides

Issues to study (4.3)

Issues to study (4.3). Describe the architecture and operating characteristics of the DCVSL gates. Describe the weakness of the DCVSL, which became the motivation of developing CPTL, and describe the architecture of CPTL. Draw the generic sense-amplifier circuit.

113 views • 1 slides