'Clock 0' diaporamas de présentation

PATH0

Clock=-17. MUXx select one SW data from five PATH registers. MODE C. PATH0. PATH1. PATH2. PATH3. PATH4. MUX. 16PE. PEx do the calculation ?|a-b|, b is the data selected by MUXx in the last clock , a (broadcast) is data from top register the CB shift register array in the last clock.

593 views • 49 slides

PATH0

Clock=-17. MUXx select one SW data from five PATH registers. MODE B. PATH0. PATH1. PATH2. PATH3. PATH4. MUX. 16PE. PEx do the calculation ?|a-b|, b is the data selected by MUXx in the last clock , a (broadcast) is data from top register the CB shift register array in the last clock.

558 views • 49 slides

COE 405 Logic Design with Behavioral Models of Combinational & Sequential Logic II

COE 405 Logic Design with Behavioral Models of Combinational & Sequential Logic II. Dr. Aiman H. El-Maleh Computer Engineering Department King Fahd University of Petroleum & Minerals. Outline. Behavioral Modeling of ASM Repetitive Algorithms Tasks and Functions Register File Memory Unit

398 views • 39 slides

ELEN 468 Advanced Logic Design

405 views • 30 slides

Lab 8 . D-type Flip-Flop

Lab 8 . D-type Flip-Flop. Presenter: Chun-Hsien Ko Contributors: Chung-Ting Jiang and Lin-Kai Chiu. Sequential Logic Circuits Status ( Memory ) and Timing (Clock) How to Save the Status? Latch, e.g., SR Latch Flip-Flop, e.g., D-FF (D-type Flip-Flop) LAB: IC ? 7400 (NAND) x 2 ? LED x 1.

135 views • 12 slides

Logic Design LAB 8

Logic Design LAB 8. ???????? ????????????. Outlines. Sequential logic circuits Memory and Clock SR latch D Flip-Flop Lab. Sequential logic circuits. Combinational logic circuits depends only on current inputs Sequential logic circuits depends on past and current inputs.

93 views • 9 slides