'Set reset' presentation slideshows

State and Finite State Machines

State and Finite State Machines. Hakim Weatherspoon CS 3410, Spring 2013 Computer Science Cornell University. See P&H Appendix C.7. C.8, C.10, C.11. Big Picture: Building a Processor. memory. register file. inst. alu. +4. +4. addr. =?. PC. d in. d out. control. cmp. offset.

1.14k views • 90 slides

Chapter 8

Chapter 8. Flip-Flops and Related Devices. S-R (Set-Reset) Latch. Figure 8--1 Two versions of SET-RESET (S-R) latches. Figure 8--2 Negative-OR equivalent of the NAND gate S-R latch in Figure 8-1(b).

795 views • 55 slides

?? 1 ????

?? 1 ????. ????. ?? 1 ???? 4 ?? ?? 2 ??????? 4 ?? ?? 3 ???? 4 ?? ?? 4 ???? 4 ?? ?? 5 ???? 4 ??. END. ?? 1 ????. ?????. ?? CPM1A ?? PLC ?????? 2. ?? CPM1A ?? PLC ????????. END. ?? 1 ????. ?????. 1.1 ??. 1.2 CPM1A ?? PLC ?????. END. 1.1 ??.

716 views • 48 slides

FPGA Tools Training Class Hardware Optimization

FPGA Tools Training Class Hardware Optimization. In This Chapter, You Will Learn. Design techniques to optimize performance Logic Techniques Special Xilinx Hardware Features Topics apply to both synthesis and schematic users. Outline. CLB Combinatorial Logic CLB Register Resources

445 views • 44 slides

State

State. Prof. Hakim Weatherspoon CS 3410 Computer Science Cornell University. [Weatherspoon, Bala , Bracy , and Sirer ]. Goals for Today. State How do we store one bit? Attempts at storing (and changing) one bit Set-Reset Latch D Latch D Flip-Flops Master-Slave Flip-Flops

382 views • 37 slides

CSE 140 Lecture 8 Sequential Networks

CSE 140 Lecture 8 Sequential Networks. Professor CK Cheng CSE Dept. UC San Diego. Part II. Sequential Networks (Ch. 3). Memory / Time steps. s i. x i. y i. y i =f i (S t ,X) s i t+1 =g i (S t ,X). Clock. Memory: Flip flops Specification: Finite State Machines

337 views • 33 slides

Early PC Graphics

Early PC Graphics. Capabilities of the IBM Color Graphics Adapter (CGA) and Enhanced Graphics Adapter (EGA). IBM product introductions. MDA: introduced with IBM-PC in 1981 CGA: introduced as an option in 1982 EGA: introduced in 1984 (to replace CGA) VGA: introduced in 1987 (as PS/2 option).

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b0101 Time for Time

385 views • 28 slides

Xilinx CPLDs and FPGAs

Xilinx CPLDs and FPGAs. Module M3. CPLDs and FPGAs. XC9500 CPLD XC4000 FPGA Spartan FPGA Spartan II FPGA Virtex FPGA. 3. In-System Programming Controller. JTAG Controller. JTAG Port. Function Block 1. I/O. I/O. Function Block 2. I/O. I/O Blocks. FastCONNECT Switch Matrix.

535 views • 28 slides

Xilinx CPLDs and FPGAs

Xilinx CPLDs and FPGAs. Module F2-1. CPLDs and FPGAs. XC9500 CPLD XC4000 FPGA Spartan FPGA Spartan II FPGA Virtex FPGA. 3. In-System Programming Controller. JTAG Controller. JTAG Port. Function Block 1. I/O. I/O. Function Block 2. I/O. I/O Blocks. FastCONNECT Switch Matrix.

514 views • 28 slides

CSE 140 Lecture 8 Sequential Networks

CSE 140 Lecture 8 Sequential Networks. Professor CK Cheng CSE Dept. UC San Diego. Part II. Sequential Networks (Ch. 3). Memory / Time steps. s i. x i. y i. y i =f i (S t ,X) s i t+1 =g i (S t ,X). Clock. Memory: Flip flops Specification: Finite State Machines

282 views • 28 slides

Early PC Graphics

Early PC Graphics. Capabilities of the IBM Color Graphics Adapter (CGA) and Enhanced Graphics Adapter (EGA). IBM product introductions. MDA: introduced with IBM-PC in 1981 CGA: introduced as an option in 1982 EGA: introduced in 1984 (to replace CGA) VGA: introduced in 1987 (as PS/2 option).

255 views • 25 slides

Section II Basic PLD Architecture

Section II Basic PLD Architecture. Section II Agenda. Basic PLD Architecture XC9500 and XC4000 Hardware Architectures Foundation and Alliance Series Software. Section II Basic PLD Architecture XC9500 and XC4000 Hardware Architectures. 3. In-System Programming Controller. JTAG Controller.

331 views • 19 slides

Section II Basic PLD Architecture

Section II Basic PLD Architecture. Section II Agenda. Basic PLD Architecture XC9500 and XC4000 Hardware Architectures Foundation and Alliance Series Software. Section II Basic PLD Architecture XC9500 and XC4000 Hardware Architectures. 3. In-System Programming Controller. JTAG Controller.

423 views • 19 slides

Programmable Logic Controllers

ME192 Special Lecture Programmable Logic Controllers In Support of Robotic Cell Operation October 25, 2014. Programmable Logic Controllers.

304 views • 15 slides

Programmable Logic Controllers

ME192 Special Lecture Programmable Logic Controllers In Support of Robotic Cell Operation October 25, 2014. Programmable Logic Controllers.

366 views • 15 slides

Useful Things to Know

Useful Things to Know. Norm. Administrative. Midterm Grading Finished Stats on course homepage Pickup after this lab lec. Regrade requests within 1wk of posted solution Homework deadline extended to next friday. Design Flow. Description. Design Conception. Implementation.

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Summer Projects Review:

Summer Projects Review:. Current Status. ADCS. ADCS calibrated in uniform magnetic field using support hardware to mimic the computer onboard the satellite. The mV/gauss change is now known: 1-3mV/gauss for the y axis 30-52mV/gauss for the x axis 34-53mV/gauss for the z axis

236 views • 8 slides