EXNOR GATE Search Results

pin DIAGRAM OF 3 input EX-NOR gate

Contextual Info: O K I electronic components KGL6030_ Ultra high-speed logic 1C Exclusive EXOR/EXNOR gate GENERAL DESCRIPTION The KGL6000 family are the ultra high-speed GaAs devices. W ith our unique M CFF memory cell type flip-flop technology, ultra high-speed operation of 5 GHz or more has been realized.

2 input ex-or gate 14 pin ic

Abstract: ex-nor ic for ex-nor gate MC10107 exnor
Contextual Info: MOTOROLA TRIPLE 2-INPUT EXCLUSIVE "OR'VEXCLUSIVE "NOR" TRIPLE 2-INPUT EXCLUSIVE "OR'VEXCLUSIVE "N O R " The M C 1 0 1 0 7 is a triple-2 input exclusive O R /N O R gate. Pq tpd = 40 m W typ/gate No load = 2.8 ns typ L SUFFIX C E R A M IC P A C KA G E C A S E 620

pin DIAGRAM OF 3 input EX-NOR gate

Abstract: pin DIAGRAM OF EX-NOR gate ex-nor
Contextual Info: MOTOROLA TRIPLE 2-INPUT EXCLUSIVE "OR'TEXCLUSIVE "NOR" TRIPLE 2-INPUT EXCLUSIVE "OR'VEXCLUSIVE "NOR" The M C I 01 07 is a triple-2 input exclusive OR/N O R gate. P[j = 4 0 mW typ/gate No Load tpd = 2.8 ns typ tr, tf = 2.5 ns typ (20%-80%) L SUFFIX CERAMIC PACKAGE

ex-nor

Contextual Info: CMOS Standard cell CMOS Standard cel/ S2PCS Series •S2PCS Seríes Parameter Contents Technology Silicon gate CM OS I / O level TTL. CM OS. Schmitt Delay time Internal gate 2ns Typ Input mode T TL CM OS, Pull-up/pull-dow n resistor (5 K O , 10 K O , 50KÍ1) , schmitt trigger

ex-nor

Abstract: EXNOR TTL
Contextual Info: CMOS Standard cell CMOS Standard c e ll/ S2PCS Series •S 2P C S Series Parameter Contents Technology Silicon gate CMOS I/O level TTL. CMOS. Schmitt Delay time Internal gate 2ns Typ Input mode TTL CMOS, P ull-u p /p ull-do w n resistor (5KÍ2,10KO, 50K O ) , schmitt trigger

3051

Contextual Info: MTC-3051 Lamp Failure Detector D ata Sheet Advance Information Application Specific Standard Products Features Description • H ig h V o lta g e B IM O S T e c h n o lo g y • In d e p e n d a n t B ra k e Lam p F a ilu re D etection • In d e p e n d a n t D ire ctio n

brake failure indicator

Abstract: pin DIAGRAM OF EX-NOR gate exnor pin DIAGRAM OF 3 input EX-NOR gate DIN 50016 exnor gaTE 1N4004 ED45 ic Exnor ic for ex-nor gate
Contextual Info: USIC Design Note Lamp Failure Detector User Specific Integrated Circuits Features Description • High Voltage BICMOS Technology • Independant Brake Lamp Failure Detection • Independent Direction Indicator Lamp Failure Detection with Input Filter • Up to 15 Additional Lamp

BU1215

Abstract: BU1216 bu1210 d 1548 BU1200 BU1201 BU1202 BU1203 BU1205 BU1212
Contextual Info: CMOS Gate array . ¿ S S S CMOS Gate array/B U 1200 Series •BU1200 Series BU1200 Series Parameter Integration number No. of gates 2 inputs gale conversion BU1205 BU1206 BU1201 BU1202 BU1203 BU1204 156 288 460 793 1548 3025 72 100 70 98 No. of bondings

ex-nor

Abstract: exnor
Contextual Info: MECL POSITIVE AND NEGATIVE LOGIC INTRODUCTION with negative logic using the NAND. Which is the more convenient? On the one hand the designer is familiar with positive logic levels and definitions, and on the other hand, he is familiar with implementing systems using NAND

BU1215

Contextual Info: CMOS Gate array CMOS Gate array/B U 1200 Series #BU1200 Series BU1200 Series Parameter Integration number BU1205 BU1206 BU1201 BU1202 BU1203 BU1204 No. of gates 2 inputs gate conversion 156 288 460 793 1548 3025 No. of bondings 24 32 40 52 72 100 No. of I/O cells

inverter /S69 2LF

Abstract: BU12005 BU12000 BU12002 BU12006 BU12007 BU12011 BU12012 BUI2001 BUI2003
Contextual Info: CMOS Gate array CM OS Gate array/BU12000 Series • B U 12000 Series BU 12000 Series Parameter No. of gates 2 inputs NAND gate conversion Integrated counts BUI2001 BU12002 BUI2003 BUI2004 BU12005 BU12006 BU12007 2300 3960 6068 8256 14616 21560 31620 38 50

Contextual Info: OKI GaAs Device ULTRA HIGH SPEED LOGIC FAMILY ¡ 5 ~ Gbps Data Rate KGL 6020/6030/6040/6050/6060 |5 GHz ^ u kency Preliminary DESCRIPTION The KGL 6000 family consists of ultra-high speed logic devices. The DCFL gate using the highly advanced GaAs MES-FET and OKI’s original new development, the MCFF (Memory Cell type Flip Flop) have realized

pin DIAGRAM OF 3 input EX-NOR gate

Abstract: pin DIAGRAM OF EX-NOR gate gold metal detectors 35d56 exnor gaTE GaAs FET HEMT Chips GHDD4411 GHDD4414 KGL4201 KGL4202
Contextual Info: Oki Semiconductor 10-GHz GaAs Family High-Speed Optical Communications Systems INTRODUCTION Oki's 10-GHz logic devices are manufactured using a 0.2-jj.m, ion-implanted process, which is similar to Oki's familiar 0.5-jj.m telecommunications process. However, the 0.2-jj.m process uses a phase-shifting

long range gold detector circuit diagram

Abstract: CD2545 gold metal detectors divider gold detectors circuit metal detector plans GHDD4411 GHDD4414 KGL4201 KGL4202
Contextual Info: DATA SHEET O K I G a A s P R O D U C T S 10-Gbps GaAs Family High-Speed Optical Communications System April 1999 • ■ –––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––

AO4L

Abstract: ld3p AO15A AO16A FD3S AO15AN AO23L BT8C datasheet MTC-35400 mux2*1
Contextual Info: MTC-35000 CMOS 0.5µ Standard Cell Library Services October ‘98 CMOS Family Features • Technology - 0.5µ CMOS for mixed analog 2 digital application - 0.5 micron CMOS transistors, triple layer metal, single or doble poly layer - Self-aligned twin tub Nand P-wells

7000-SERIES

Abstract: NCM70013Z NCM70015Z NCM Corporation
Contextual Info: ncm # corporation FEATURES • High Speed Iso-planar Silicon Gate Technology • Metal Mask Programmable • 3-12 Volts Power Supply Range • TTL/CMOS/LTTL/STTL and LSTTL I/O C om patibility • All Pads Configured as Either Inputs, Outputs, l/O’s or Supplies

NCM70013Z

Abstract: NCM70015Z NCM Corporation
Contextual Info: ncm corporation FEATURES • High Speed Iso-planar Silicon Gate Technology • Metal Mask Programmable • 3-12 Volts Power Supply Range • TTL/CMOS/LTTL/STTL and LSTTL I/O C om patibility • All Pads Configured as Either Inputs, Outputs, l/O’s or Supplies

PLESSEY CLA

Abstract: full adder circuit using nor gates Plessey PLESSEY CLA2000 CLA21XX CLA2000 SERIES plessey semi-custom
Contextual Info: PLESSEY SEMICONDUCTORS tS 7220513 PLESSEY SEMICONDUCTORS A PLESSEY w ' Semiconductors. Ï Ë| 7SH0S13 DODSSMfl 7 65C 05548 D /P ^ T-42-11-09 _CLA2000 series MICROGATE-C 1 CLA2000 SERIES Microgate-C is a semi-custom design technique for the production of gate arrays on Plessey Semiconductors high

Contextual Info: Order this data sheet by MCA2200ECL/D M O TO RO LA MCA2200ECL 1 SEMICONDUCTOR TECHNICAL DATA MCA2200ECL MACROCELL ARRAY The MCA2200ECL Array is a m em ber of M otorola's "T h ird G eneration” MCA3 ECL series. M otorola's MOSAIC III process provides the MCA2200ECL w ith the logic pow er of over 2200

74hc7266

Contextual Info: [ /Title CD74H C7266 /Subject (High Speed CMOS Logic Quad 2Input EXCLUSIVE CD54/74HC7266 Data sheet acquired from Harris Semiconductor SCHS219A High Speed CMOS Logic Quad 2-Input EXCLUSIVE NOR Gate August 1997 - Revised May 2000 Features Description • Four Independent EXCLUSIVE NOR Gates

LAH3

Contextual Info: P jjp i G E C P L E S S E Y SE MI C ON DU CT ORS DS3596-2.4 MA9000A Sea of Gates RADIATION HARD ADVANCED GATE ARRAY DESIGN SYSTEM The logic building block is a cell-unit, equivalent ¡n size to a two input NAND gate. Back-to-back cell units form the core of

Contextual Info: — High-Reliability ASICs PA40000 Series These data sheets are provided fo r technical guidance only. The final device performance may vary depending upon the final device design and configuration. CMOS Automated Gate Arrays PA40000 Series Features: • Low-pow er silicon-gate CMOS technology

vhc165

Abstract: TTL nand VHC16245 vhc08 toshiba 74VHC540 16 bit counter with latch VHC4020 VHC16244 VHCT237 "J-K Flip flop"
Contextual Info: HC Portfolio Comparison PART # VHC00 VHCT00 VHC01 VHC02 VHCT02 VHC03 VHCT03 VHC04 VHCT04 VHCU04 VHC05 VHCT05 VHC07 VHC08 VHCT08 VHC09 VHC10 VHCT10 VHC11 VHCT11 VHC14 VHCT14 VHC20 VHCT20 VHC21 VHCT21 VHC27 VHCT27 VHC30 VHCT30 VHC32 VHCT32 VHC42 VHCT42 VHC50

Contextual Info: GEC PLESSEY DS3598-3.4 MA9000 Series SILICON-ON-SAPPHIRE RADIATION HARD GATE ARRAYS The logic building block for the GPS double level metal C M O S /S O S ga te arrays is a fo u r tra n s is to r ‘c e ll-u n it’ equivalent in size to a 2 input NAND gate. Back to back cellunits as illustrated, organised in rows, form the core of the