'D flip' diaporamas de présentation

CPRE 583 Reconfigurable Computing (VHDL Overview )

CPRE 583 Reconfigurable Computing (VHDL Overview ). Instructor: Dr. Phillip Jones (phjones@iastate.edu) Reconfigurable Computing Laboratory Iowa State University Ames, Iowa, USA. http://class.ece.iastate.edu/cpre583/. VHDL basics. VHDL: ( V )HSIC ( H )ardware ( D )escription ( L )anguage

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Chapter 5 Synchronous Sequential Logic 5-1 Sequential Circuits

Chapter 5 Synchronous Sequential Logic 5-1 Sequential Circuits. Every digital system is likely to have combinational circuits, most systems encountered in practice also include storage elements , which require that the system be described in term of sequential logic.

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Hierarchical Memory Systems

Hierarchical Memory Systems. Prof. Sin-Min Lee Department of Computer Science. CS147 Lecture 12. Implementing JK Flip-Flop using only a T Flip-Flop. Note how the areas marked off with a blue box behave like a T flip-flop, while the area within the purple box behave like a D flip-flop.

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TESTING 4-BIT-ADDER BY COUNTER AND WALKING ONES

TESTING 4-BIT-ADDER BY COUNTER AND WALKING ONES. GROUP MEMBERS: DIEU-NHI LE (4-Bit-Adder) STEPHEN LAM (Shift Register) BAO DOAN (Counter) CHAU HOANG (Counter). SPECIFICATIONS. Timing: Speed: Power: Shift Register Adder: P=20.1mW Counter Adder: P=20.5mW Total area:

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TESTING 4-BIT-ADDER BY COUNTER AND WALKING ONES

TESTING 4-BIT-ADDER BY COUNTER AND WALKING ONES. GROUP MEMBERS: DIEU-NHI LE (4-Bit-Adder) STEPHEN LAM (Shift Register) BAO DOAN (Counter) CHAU HOANG (Counter). SPECIFICATIONS. Timing: Speed: Power: Shift Register Adder: P=20.1mW Counter Adder: P=20.5mW Total area:

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Introduction to CMOS VLSI Design Circuits & Layout

Introduction to CMOS VLSI Design Circuits & Layout. Outline. CMOS Gate Design Pass Transistors CMOS Latches & Flip-Flops Standard Cell Layouts Stick Diagrams. CMOS Gate Design. Activity: Sketch a 4-input CMOS NAND gate. CMOS Gate Design. Activity: Sketch a 4-input CMOS NOR gate.

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Tiny Triplet Finder

Tiny Triplet Finder. Jinyuan Wu, Z. Shi Dec. 2003. Hit data come out of the detector planes in random order. Hit data from 3 planes generated by same particle tracks are organized together to form triplets. Hits, Hit Data & Triplets.

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SOI Detector

SOI Detector. (1) Mateusz Baszczyk, Piotr Dorosz, Sebastian G??b , Wojciech Kucewicz, ?ukasz Mik, Maria Sapor (2) Imran Ahmed, Tomasz Fiutowski, Marek Idzik, Jakub Moro? (3) Piotr Kapusta. (1) Department of Electronics, (2) Department of Particle Interaction and Detection Techniques

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Counter

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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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AT40K10

SET. D. Q. D. Q. CLK. RESET. 256 576 1,024 2,304 4,096 6,400. 5K-10K 10K-20K 20K-30K 40K-50K 80K-100K 125K-150K. PINOUT COMPATIBILITY. AT40K40. AT40K80. AT40K125. AT40K Family w/ FreeRAM TM. I/Os. Registers. FreeRAM TM. Specs/Pkgs. LOAD. Gates. 5Volt/ 3.3Volt

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Introduction to Sequential Logic Design

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Introduction to Sequential Logic Design

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4 Bit Serial to Parallel Data Stream Converter

4 Bit Serial to Parallel Data Stream Converter. Vinaya Anne Kristy Lypen Michael Scheel Victor Zavaleta. Design Specifications . Convert a serial data stream every 4 clock cycles to a 4 bit parallel stream Operate at the positive edge of the clock Drive a 10pF load at 25MHz

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The Digital Logic Level (4)

TK2123 : Lecture 16. The Digital Logic Level (4). Ass. Prof. Dr. Masri Ayob. Encoders: Decimal-to-BCD Encoder. Encoders . 8-line-to-3-line encoder. Code Converters : BCD-to-binary conversion. Multiplexers (Data Selectors). 4-input multiplexer. Multiplexers (Data Selectors).

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Designing of a D Flip-Flop Final Project ECE 491

Designing of a D Flip-Flop Final Project ECE 491. Objectives. To familiarize with the function of the D flip- flop and it's operation. To Draw the schematic and the layout with clocked input Perform DRC check and generate LVS To do the simulation and observed the output waveforms

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Verilog

Verilog. One-bit Full Adder. module full_adder (A,B,Cin,Sum, Cout); input A,B,Cin; output Sum, Cout; assign Sum = (A & B & Cin) | (~A & ~B & Cin) | (~A & B & ~Cin) | (A & ~B & ~Cin); assign Cout = (A & Cin) | (A & B) | (B & Cin); endmodule. Four-bit Adder.

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Lecture 4. Sequential Logic - Miscellaneous -

COMP211 Computer Logic Design. Lecture 4. Sequential Logic - Miscellaneous -. Prof. Taeweon Suh Computer Science Education Korea University. SR Latch. SR NOR Latch. SR NAND Latch. http://en.wikipedia.org/wiki/Flip-flop_(electronics)#D_flip-flop.

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Sequential Circuits ( Introduction )

Sequential Circuits ( Introduction ). Index. I Introduction. II D flip flop. III VHDL for a D flip flop. IV T flip flop. I. Introduction. A sequential circuit is dependent on both the current and the past inputs of the system .

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