LCA100K Search Results

LSI LOGIC

Abstract: 4x4 bit multipliers kt 714 metal detector plans types of 4x4 binary multipliers
Contextual Info: LSI LOGIC LCA100K Compacted Array Plus Series 0.7-Micron HCMOS Preliminary The LCA100K Compacted Array Plus series is an HCMOS array-based ASIC product offering ex tremely high performance, combined with very high gate counts. The LCA100K series is manufactured

Contextual Info: LSI LOGIC LCA100K Compacted Array P lu s Series 0.7-Micron HCMOS Description The LCA100K Compacted Array Plus series is an HCMOS array-based ASIC product offering extremely high performance, combined with very high gate counts. The LCA100K series is manufac­

LCA100K

Abstract: 748 transistor on LSI CMOS GATE ARRAY LCA100139 LCA100188 LCA100237 for the construction of cmos logic gates SIGNAL PATH designer
Contextual Info: LSI LOGIC LSI Logic Corporation 1551 McCarthy Blvd Milpitas CA 95035 LCA100K Compacted Array Plus Series 0.7-Micron HCMOS 408.433.8000 Telex 172153 Advance Information Description The LCA100K Compacted Array Plus series is an HCM O S array-based ASIC product offering extremely

LCA100182

Abstract: LEA100K 130 nm CMOS standard cell library ST LCA1000 LSI LOGIC LCA100K
Contextual Info: LSI LOGIC LCA100K Compacted Array Plus Series 1.0-Micron HCMOS Description The LCA100K C om pacted A rra y Plus se rie s is an HCMOS arra y-b a se d A p p lic a tio n S p e cific In teg rated C ircu it ASIC p ro d u c t offe rin g e xtre m e ly high p e rfo rm a n ce . The LCA100K

Contextual Info: LSI LOGIC LCA10QK Compacted Array Plus Series 0.7-Micron HCMOS Preliminary Description The LCA100K Compacted Array Plus series is an HCMOS array-based ASIC product offering ex­ tremely high performance, combined with very high gate counts. The LCA100K series is manufactured

ALU IC 74181 circuit diagram

Abstract: sulzer s7 ram 74189 74189 ram 512x16Bit 74189 ram 16 ALU IC 74181 ALU IC 74181 FUNCTION TABLE Ic 7485 comparator function table 4-bit even parity using mux 8-1
Contextual Info: LC A 10 0 K C o m p acte d A r r a y Plus Eva lu a tio n D e vic e T ST LOGIC Preliminary Introduction The LCA100K HCMOS Evaluation Array contains a variety of common logic functions that allow a user to evaluate the performance of the LCA100K Com­ pacted Array Plus™ series from LSI Logic Corpora­

300-PIN CERAMIC PIN GRID ARRAY CPGA

Abstract: LSI CMOS GATE ARRAY SIGNAL PATH designer
Contextual Info: LSI LOGIC LSI Logic Corporation 1551 McCarthy Blvd Milpitas CA 95035 LCA100K Compacted Array Plus Series 0.7-Micron HCMOS ^ 408.433.8000 Telex 172153 Advance Information Description The LCA100K Compacted Array Plus series is an HCMOS array-based ASIC product offering extremely

LCA100K

Abstract: LSI LOGIC LCA100K
Contextual Info: »• * LSI LOGIC * LCA100K Compacted Array Plus Series Description The LCA100K Compacted A rray Plus Series is an HCMOS Array-Based ASIC ApplicationSpecific Integrated Circuit product offering extremely high performance. The LCA100K Series is manufactured using 1.0-micron

LCA100K

Abstract: LCA100182 LEA100K LSI CMOS GATE ARRAY LCA100066 LCA100135 82385 gic 1990 D24932 D2493
Contextual Info: LSI LOGIC LCA100K Compacted Array Plus Series Description The LCA100K Compacted A rray Plus Series is an HCMOS Array-Based ASIC A pplicationSpecific Integrated Circuit product offering extremely high performance. The LCA100K Series is m anufactured using 1.0-micron

Contextual Info: LSI LOGIC LCA100K Compacted Array Plus Series 0.7-Micron HCMOS Preliminary The LCA100K Compacted Array Plus series is an HCMOS array-based ASIC product offering ex tremely high performance, combined with very high gate counts. The LCA100K series is manufactured

74189 ram

Abstract: ram 74189 74189 ttl 74189 74189 ram 16 grid tie inverter schematics 74189 memory 0m02 74280 pin detail grid tie inverters circuit diagrams
Contextual Info: LC A 100K Com pacted .T M A rray P lu s7 Evaluation D evice T ST LOGIC Preliminary Introduction The LCA100K HCMOS Evaluation Array contains a variety of common logic functions that allow a user to evaluate the performance of the LCA100K Com­ pacted Array Plus series from LSI Logic Corpora­

Contextual Info: CFB1020B CFB1020B ALU GENERAL DESCRIPTION: 16-BIT 100181 ALU CFB1020B is logically identical to the National Fairchild 100181, except for the absence of the output latches and the latch enable input signal. CFB1020B arithmetic logic unit (ALU) performs four binary for

CFT1812A

Contextual Info: CFT1812A CFT1812A ALU GENERAL DESCRIPTION: 32-BIT 74181 TYPE ALU, USING CLA CFT1812A is logically identical to the TI74181, except it operates on two 32-bit words instead of two 4bit words. The CFT1812A Arithmetic Logic Unit ALU performs 32 logical and 32 binary arithmetic

Contextual Info: CFA3680A CFA3680A 29368 GENERAL DESCRIPTION: AM29368 1-MEGABIT DRAM CONTROLLER CFA3680A is designed to be fully compatible functionally with the AMD AM29368 DRAM controller. ItiscompatibleinI/Osalso,exceptforthefollowing: 1. The extra input, TPCEN, isadded to enable counting of the internal column and bank counters with the

Contextual Info: CFC1020B SHIFTER CFC1020B GENERAL DESCRIPTION: 32-BIT BARREL SHIFTER CFC1020B performs a 32-bit end-around shift, or what is commonly known as a barrel shift There are 5 control lines S16, S8, S4, S2 and SI to determine how many places to the left the 32-bit inputs (R31:0)

Contextual Info: CFI2540E CFI2540E 8254 GENERAL DESCRIPTION: INTEL 8254 CFI2540E is composed of three identical but independent counters. Each has six programmable timer modes to be applied to solve the common timing control problems in microcomputer systems, or to be used as an event counter, elapsed time indicator, or programmable rate generator, and in many other

Contextual Info: CFN0450E CFN0450E 16450 GENERAL DESCRIPTION: ASYNCHRONOUS COMMUNICATION ELEMENT ACE CFN0450E is designed to be fully compatible with NS16450 asynchronous communication element (ACE). PIN CONNECTION DIAGRAM: CFN0450E DI7,6(4.96,5) DI5(6.94,7) DI4(7.94,8)

3 bit magnitude comparator

Contextual Info: CFC2200B CFC2200B COMP GENERAL DESCRIPTION: 32-BIT MAGNITUDE COMPARATOR CFC2200B is a magnitude comparator which compares two 32-bit binary numbers and yields three outputs A>B, A<B, A=B . PIN CONNECTION DIAGRAM: CFC2200B (3,2) )-B31:25(2,2) B24,8(1,1) >—

Contextual Info: LSI LOGIC LPA100K Pad-Limited Array Series T h e L P A 100 K P ad -Lim ited A rra y-B a se d A S IC A pp lica tion -S pe cific Integrated C ircuit series is a high I/O de nsity pro du ct offering solutio ns fo r 5 V I/O lim ited designs. The LP A 100 K fa m ily targe ts de sig ns th a t

16 bit carry select adder

Abstract: 4 bit carry select adder 32 bit carry adder
Contextual Info: CFB0220B CFB0220B ADDER GENERAL DESCRIPTION: 16-BIT CARRY SELECT ADDER CFB0220B uses a last carry select algorithm to perform the addition of two 16-bit numbers. PIN CONNECTION DIAGRAM: CFB0220B 6,4 Cl (3.2) * + rrPE-ciB] ITFE-CIB] - Uses carry select algorithm

LFT150K

Abstract: LSI LOGIC CORP TTL Logic Family list
Contextual Info: Chapter 1 Introduction to the LFT150K FasTest Array Series This databook is a catalog of macrocells and macrofunctions used in LSI Logic’s LFT150K FasTest array series. The LFT150K FasTest product family uses CrossCheck Technology, Incorporated’s patented embedded

CFB1050A

Abstract: CI011 ci 404
Contextual Info: CFB1050A AU GENERAL DESCRIPTION: 16-BIT ARITHMETIC UNIT CFBltiSOA uses a 16-bit fast cany select adder to perform the arithmetic operations. A-B, A+l, and A-l arithmetic operations for A. CFB1050A It performs A+B, PIN CONNECTION DIAGRAM: CFB10S0A 6,4 ) _

alu 74181 pin diagram

Contextual Info: CFT1813B CFT1813B ALU GENERAL DESCRIPTION: 32-BIT 74181 TYPE ALU, USING CARRY SELECT ADDER CFT1813B has logic functions and arithmetic operations which are fully compatible with TI74181 ALU except that the A=B output the detail information about A=B is on the bottom of this file .

Contextual Info: CFS0530A CFS0530A FIFO GENERAL D ESC R IPTIO N : 2 x 32 FIFO USING FALLTHRU LOGIC CFS0530A is a 2 x 32 FIFO first-in first-out . It has separate read (RDN) and write (WRN) clocks which are completely independent (can be asychronous). This FIFO uses a fall-through algorithm in which