OF THE BASIC LOGIC GATES Search Results

verilog code of 8 bit comparator

Abstract: full subtractor implementation using 4*1 multiplexer full subtractor circuit using decoder verilog code for multiplexer 2 to 1 verilog code for distributed arithmetic verilog code for four bit binary divider verilog code of 4 bit comparator 5 to 32 decoder using 3 to 8 decoder verilog 16 BIT ALU design with verilog code verilog code for binary division
Contextual Info: Digital Design Using Digilent FPGA Boards - Verilog / Active-HDL Edition Table of Contents 1. Introduction to Digital Logic 1.1 Background 1.2 Digital Logic 1.3 Verilog 1 1 5 8 2. Basic Logic Gates 2.1 Truth Tables and Logic Equations The Three Basic Gates

vhdl code for 16 BIT BINARY DIVIDER

Abstract: vhdl code for multiplexer 16 to 1 using 4 to 1 in vhdl code for multiplexer 32 BIT BINARY VHDL code for PWM vhdl code for motor speed control vhdl code for multiplexer 16 to 1 using 4 to 1 vhdl code for multiplexer 32 to 1 gray to binary code converter 32 BIT ALU design with vhdl code 4 bit binary multiplier Vhdl code
Contextual Info: Digital Design Using Digilent FPGA Boards ─ VHDL / Active-HDL Edition Table of Contents 1. Introduction 1.1 Background 1.2 Digital Logic 1.3 VHDL 1 1 5 8 2. Basic Logic Gates 2.1 Truth Tables and Logic Equations The Three Basic Gates Four New Gates 2.2 Positive and Negative Logic: De Morgan’s Theorem

5 inputs OR gate truth table

Abstract: 6 inputs OR gate truth table truth table for 7 inputs OR gate 4 inputs OR gate truth table of the basic logic gates psoc inverter truth table for 4 inputs OR gate Logic Gates Digital logic gates Components NOT GATE
Contextual Info: PSoC Creator Component Datasheet Digital Logic Gates 1.0 Features • Industry-standard logic gates • Configurable number of inputs up to 8  Optional array of gates General Description Logic gates provide basic boolean operations. The output of a logic gate is a boolean

STMPE2401

Abstract: keypad scanning
Contextual Info: AN2423 Application note STMPE2401 - Port expander keypad controller Introduction STMPE2401 is the first in the family of STMicroelectronic’s expander logic products. The principle of a basic expander logic is the provision of additional I/Os that can be used by the

STMPE2401

Abstract: AN2424 GPIO23-21
Contextual Info: AN2424 Application note STMPE2401 - Port expander PWM controller Introduction STMPE2401 is the first in the family of ST port-expander logic products. The principle of a basic expander logic is to provide additional I/Os that can be used by the host processor to

9915 H

Abstract: schematic diagram NAND gates of the basic logic gates rs FLIPFLOP SCHEMATIC H 9915 ScansUX982
Contextual Info: 9915 MEDIUM POWER DUAL THREE INPUT GATE The Dual Three-Input Gate element is a dual combination of three-input resistortransistor-logic circuits, one of four simi­ lar basic NAND/NOR gates produced by Fairchild. The versatility of the NAND/ NOR function permits the generation of

Contextual Info: XC3000A Logic Cell Array Family flX IL IN X Product Specifications Features Description • Enhanced, high performance FPGA family with five device types - Improved redesign of the basic XC3000 LCA Family - Logic densities from 1,000 to 6,000 gates - Up to 144 user-definable l/Os

schematic diagram NAND gates

Abstract: 9914 of the basic logic gates ScansUX982
Contextual Info: 9914 MEDIUM POWER DUAL TWO INPUT GATE' The Dual Two-Input Gate element is a dual combination of two-input resistortransistor-logic circuits, one of four sim i­ lar basic NAND/NOR gates produced by Fairchild. The versatility of the NAND/ NOR function permits the generation of

"XOR Gate"

Abstract: 2032E 2128E 2032VE
Contextual Info: ispLSI 2000E, 2000VE and 2000VL Family Architectural Description October 2001 Introduction The basic unit of logic for the ispLSI 2000E, 2000VE and 2000VL device families is the Generic Logic Block GLB . Figure 1 illustrates the ispLSI 2128E with its 32 GLBs labelled A0, A1 . D7. There are a total of eight GLBs in the

schematic diagram of energy saving device

Abstract: scr inverter schematic circuit Power INVERTER schematic circuit circuit diagram of energy saving device dc to ac inverter by scr SCR Inverter datasheet Tunnel diode schematic diagram of power inverter SCR gate Control IC back Tunnel diode
Contextual Info: Inside Vantis’ EE CMOS PLD Technology TECHNOLOGY DESCRIPTION The EE CMOS technology used by Vantis in programmable logic is a single-poly, double- or triple-metal process. It has been optimized for high-speed programmable logic devices, which do not have the same density constraints of memory devices. The basic characteristics of the EE

2032VE

Contextual Info: 2000E, 2000VE and 2000VL Family Architectural Description or slow output slew rate to minimize overall output switching noise. Introduction The basic unit of logic for the ispLSI 2000E, 2000VE and 2000VL device families is the Generic Logic Block GLB . Figure 1 illustrates the ispLSI 2128E with its 32 GLBs

"XOR Gate"

Abstract: 2032E 2128E ispLSI2000-A 74 XOR GATE 2032VE
Contextual Info: 2000E, 2000/A, 2000VE 2000VL and 2000V Family Architectural Description or slow output slew rate to minimize overall output switching noise. Introduction The basic unit of logic for the ispLSI 2000E, 2000/A, 2000VE, 2000VL and 2000V device families is the Generic Logic Block GLB . Figure 1 illustrates the ispLSI

XC3400

Abstract: XC3020 XC3042A XC3020A XC3000 XC3000A XC3000L XC3030A XC3064A XC3090A
Contextual Info: XC3000A Logic Cell Array Family  Product Specifications Features Description • Enhanced, high performance FPGA family with five The XC3000A family offers the following enhancements over the popular XC3000 family: device types – Improved redesign of the basic XC3000 LCA

xc3030a

Abstract: XC3042A XC3020A - PQ100 xc3400 xc3042a 100
Contextual Info: XC3000A Logic Cell Array Family TÉ/ Product Specifications Description Features The XC3000A family offers the following enhancements over the popular XC3000 family: • Enhanced, high performance FPGA family with five device types - Improved redesign of the basic XC3000 LCA

Contextual Info: 3000 Family Architectural Description ispLSI and pLSI 3000 Fam ily Introduction The basic unit of logic of the ispLSI and pLSi 3000 family is closely related to that of the ispLSI and pLSi 1000/E family. However, there are some notable architectural differences: Boundary Scan, Megablock and GLB struc­

t2d 64

Abstract: lu1414 fdn 156 MB631XXX LU18 mb633
Contextual Info: January 1990 Edition 1.1 FUJITSU PRODUCT PROFILE AU Series CMOS Gate Arrays DESCRIPTION The AU series of 1.2 Jim CMOS gate arrays, available in eight device types with from 10K to 100K gates, achieves the ultra fast speed of 0.6 ns per gate. Thanks to the channel-free structure of the AU gate array, AU basic cells can be used for logic cells,

internal structure 74LS00 nand gate

Abstract: MM74HC ic mm74hc IC TTL 74LS00 CD4000 FAIRCHILD MM74HC AN-313 mm74c CMOS TTL Logic Family Specifications CD4000 NAND
Contextual Info: Fairchild Semiconductor Application Note 313 Larry Wakeman April 1998 The input and output characteristics of the MM74HC high-speed CMOS logic family were conceived to meet several basic goals. These goals are to provide input current and voltage requirements, noise immunity and quiescent

Contextual Info: HY18CV8 CMOS EEPLD ARCHITECTURAL OVERVIEW The basic architecture o f the HY18CV8 is simi­ lar to o f earlier generation P L D s to the extent th a t utilizes a sum -of-products logic array in a p rogram m able A N D fixed O R structure. This fam iliar logic arrangem ent allows user defined

Contextual Info: H XC3000A Logic Cell Array Family X IU N X ' Product Specifications Featu re s D escriptio n The XC3000A family offers the following enhancements over the popular XC3000 family: • Enhanced, high performance FPGA family with five device types - Improved redesign of the basic XC3000 LCA

ic mm74hc

Abstract: MM74HC 74HC inverter tri-state output ic cd4000 CMOS TTL Logic Family Specifications AL 5052 CD4000 74LS SERIES cmos logic data Difference between LS, HC, HCT devices unbuffered cmos logic application note
Contextual Info: National Semiconductor Application Note 313 Larry Wakeman June 1983 The input and output characteristics of the MM54HC MM74HC high-speed CMOS logic family were conceived to meet several basic goals These goals are to provide input current and voltage requirements noise immunity and quiescent power dissipation similar to CD4000 and MM54C

debus

Abstract: 12077616
Contextual Info: Design Corner II Zero-delay logic addresses PC design challenges I n today’s PC market, designers are no longer interested in sheer performance at any cost. Rather, the real design goal is to get as much into the PC, while taking out as much cost as possible. An increasing number of PCs are designed with integrated basic functionality and feature

mb633

Abstract: QFP196 mb631 SQF-P25 QFP-1002 MB63XXXX
Contextual Info: RPR 2 1993 August 1990 Edition 4.0 DATA SHEET f u j Ît s u : MB63XXXX AU SERIES CMOS GA TE ARRA YS_ DESCRIPTION The AU series of 1 2|j.m CMOS gate arrays, available in 8 types with from 10K to 100K gates, has ultra fast speed of 0.6ns per gate. Thanks to its channel-free structure, basic cells packed are usable for logic cell as well as memory cell, or wiring areas in order to achieve the desired

common anode 7-segment display

Abstract: 4 units 7-segment LED display module common anode 7 segment logic gates 3 x 4 keypad to 7 segment sequential logic circuit experiments 7 SEGMENT DISPLAY basic CIRCUIT "7 Segment Display" datasheet of ic 555 IC 555
Contextual Info: LP-2600 SMART LOGIC DESIGN EXPERIMENTAL LAB Features ● System built-in experimental unit of basic logic gates, assembled logic and digital logic units. ● No need TTL and CMOS devices to do experimental circuits. Save amount of materials and time to solder devices.

SC472

Abstract: CG21103 CG21403 CG21153 mbcg CG21303 CG21753 Mbcg21153 CG21203 QFP-208 fujitsu
Contextual Info: January 1990 Edition 1.1 FUJITSU PRODUCT PROFILE CG21 Series 0.8-micron CMOS Gate Arrays DESCRIPTION The CG21 series of 0.8 n m CMOS gate arrays are currently available in five device types with from 3 0K to 100K gates. Three more CG21 arrays, ranging from 10Kto 20Kgates, are now underdevelopm ent. These arrays achievethe u ltrafast speed of 0.37 ps per