GGG 64 Search Results

kxtl

Contextual Info: TO SH IB A ^ - '7 ? TLCS-870/X 2Ü ADD ggg, lmn 7 y V t 7 * 'J s. V \ 3 - K 1110 0010 nnnn mmmm 1111 J F ZF CF HF SF VF 16Ü llg g 1001 nnnn mmmm 1111 ggg^-ggg + lmn E C+ggg 29 nn mm 11 20 tf y Y V V X *g g g IX ,IY S fctìSP L, 1/ V x ÿ g g g t e A t i i ' t o

TMP87CH46N

Abstract: 2u77u76j
Contextual Info: TMP87CH46N FCR4.0MC5 Ta= 25 Edeg] a. U1H/U1L CU] o 0 Tupica I — — IJnrfit. U1H n U1L b. U2H/U2L U2L c, Fosc » .» - « [U] U2H 5 •^nn,ggg< - -* - « » . » . - 9 [/] 3 '

fagor b 380 c 5000 3300

Abstract: FAGOR B 380 C5000-3300 FAGOR B 250 C5000-3300 fagor b380 c3700/2200 fagor B250 C5000
Contextual Info: FAGOR57E J> m 345^325 GGGÜÔlb ^Eb « F G R S B40C5000/3300.S500C5000/3300 FA60R ELECTRONICS T -LV O 7 S Amp. Silicon Bridge Rectifiers in Plastic Case Dimensions in mm. Plastic Case V oltage 100 to 1.000 V. 1 1±006 Current 5.0 A. 40+-81 • In process of evaluation UL 1449

FAGOR B 380 C5000-3300

Abstract: Fagor vn 300 fagor B250 C5000 fagor b 380 c 5000 3300 fagor B250 fagor b80 c5000/3300 fagor B250 C5000/3300 fagor b380 c5000/3300 fagor B80 C3700/2200 B500 Bridge Rectifiers
Contextual Info: S7E J> 345*1325 GGGÜÔlb ^Eb « F G R S B40C5000/3300. B500C5000/3300 FAGOR FAGOR ELECTRONICS T ‘2.1-07 :Rectifiers in Plastic Case Dimensions in mm. 1 i±oos Plastic Case Voltage 100 to 1.000 V. Current 5.0 A. 40+-81 • In process of evaluation UL 1449

10L221

Abstract: Z15L821 Z21L201 MAE 411 zenamic z21L 10L271 Z21L271 Z15L102
Contextual Info: ISHIZUKA ELECTRONICS CORP 4ÔE I • 4ÛÛ3171 GGGÜGG3 ■ IZKA T - f t ZENAMIC Z E N A M IC is the product name of a metal oxide varistor. Z E N A M IC features superior surge voltage suppression characteristics and large surge energy absorption because the whole element is used to distribute and absorbs surge energy.

nellcor

Abstract: MATSUA PANASONIC
Contextual Info: Systems in Silicon 5\USdb_^YSQ^TC_VdgQbU4UcYW^CUbfYSUc BUc`_^cYfU9^^_fQdYfU?^dY]U?^2eTWUd @QbQW_^9^^_fQdY_^c9^S &'!>@\Q^_BTCeYdU" #BYSXQbTc_^DH'% ! '"&( ") cQ\Uc0`QbQW_^dhS_] ggg`QbQW_^dhS_]

IDB25

Abstract: b25z
Contextual Info: ggg^X ifo 5 1 2 /1 0 2 4 /2 0 4 8 X 36 ADVANCED INFORMATION CMOS Dual-Port SyncFlFO d t) IntegratedPeiviceTechnology, Inc. FEATURES: IUT72od41 IDT723651 • S upp orts clo ck fre q u e n cie s up to 67 M H z • Fast acce ss tim e s of 1 1ns • A va ila b le in 1 32-pin P lastic Q ua d F la tpack PQ F) or

GGG 64

Contextual Info: UNLESS OTHERWISE NOTED REV. |AN| DIMENSIONS ARE IN INCHES ONE PLACE DECIMALS ± THREE PLACE DECIMALS TWO PLACE DECIMALS ± FOUR PLACE DECIMALS ± ± .010 [.25] .0 0 5 0 [.127] DWG NO: TITLE: TOLERANCES ARE: ANGLES ±2" A S S E M B LY , SO C K E T S TR IP .0 2 5 [.64] SQ. T A IL

Contextual Info: SKT 250 THYRISTOR BRIDGE,SCR,BRIDGE Stud Thyristor Line Thyristor NL79 NLL9> NCL9 N ?PP ^PP =SPP =?PP N ;PP ZPP =:PP =;PP 64JN R :?P J F- 1G =ZP[ 4* R Z? ¥DH 7]4 :?PUP;C 7]4 :?PUPZC 7]4 :?PU=:_ 7]4 :?PU=;_ =WPP =`PP 7]4 :?PU=`_ Symbol Conditions 64JN 6C -)1G =ZP[ 4* R =PP FZ?H ¥D[

steam trap

Abstract: en 10204 2.2
Contextual Info: Issued September 2000 314-2163 Data Pack G FT 14 Ball Float Steam Trap Screwed Data Sheet RS stock number 365-6331 ⁄2” FT14 - 4.5 1 365-6347 1 365-6353 1 365-6369 3 365-6375 3 365-6397 3 365-6404 1” FT14 - 4.5 365-6410 1” FT14 - 10 365-6426 1” FT14 - 14

HC74G

Abstract: BC 458 8A68 BC 546 BP A92A
Contextual Info: 75-.55 \y+2_cfuu] :8;80@A>4 7867 =<C4> >490D 5IFSTQIR u<?8 }B`ltcefgci W cbp FJ<G6;<A: 64C45<?<GL W g>0 7<8?86GE<6 FGE8A:G; \58GJ88A 6B<? 4A7 6BAG46GF] u<?8 }B`l,gbbggkje W -B6>8GF 4I4<?45?8 W 14F; G<:;G 4A7 9?HK CEBB987 GLC8F 4I4<?45?8 W tAI<EBA@8AG4? 9E<8A7?L CEB7H6G \,Bw- 6B@C?<4AG]

KS0076

Abstract: fec 91 k 1507
Contextual Info: KS0076 CMOS DIGITAL INTEGRATED CIRCUIT DOT MATRIX LCD CONTROLLER & DRIVER 80 Q FP The KS0076 is a d o t m atrix LCD drive r & c o n tro lle r LSI w hich is fab ricate d by low pow er CMOS technology. FUNCTION • Character type dot matrix LCD driver & controller

2340F

Abstract: SMD code d59 CXA2006Q CXD2310AR CXD2450R ICX098AK VOM101 VOM102 CCD SMD
Contextual Info: CXD2450R Timing Generator for Progressive Scan CCD Image Sensor Description The CXD2450R is a timing generator IC which generates the timing pulses for performing progressive scan readout for digital still camera and personal computer image input applications using the

EFE300M

Abstract: EN61000-3-3
Contextual Info: • Designed for Medical Equipment BF rated • High Efficiency • 6 in x 3 in footprint • High Power Density (up to 18W/in³) • No minimum load • Fits 1U applications Key Market Segments & Applications Medical Broadcast EFE300M Instrumentation ATE

1110-0000-XXXX

Abstract: tlcs870 mnemonic
Contextual Info: TO SH IB A MNEMONIC AND x , (HL) AND AND AND AND TLCS-870/X OBJECT CODE OPERATION Binary Hex-decimal 1110 0000 (x) (x) A (HL) E0 * - xxxx xxxx c FLAG Y c JF ZF CF HF SF VF EL Z Z 7 XX 64 0110 0100 The data that is the logical AND of each bit of the contents of the memory address specified by the

CXA2006Q

Abstract: CXD2310AR CXD2450R ICX098AK VOM101 VOM102 LQFP-48P-L01 smd code D35 CCD SMD VDR RESISTOR
Contextual Info: CXD2450R Timing Generator for Progressive Scan CCD Image Sensor Description The CXD2450R is a timing generator IC which generates the timing pulses for performing progressive scan readout for digital still camera and personal computer image input applications using the

CXA2006Q

Abstract: CXD2310AR CXD2450R ICX098AK VOM101 VOM102 gg 90 r 1300
Contextual Info: CXD2450R Timing Generator for Progressive Scan CCD Image Sensor Description The CXD2450R is a timing generator IC which generates the timing pulses for performing progressive scan readout for digital still camera and personal computer image input applications using the

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diode sg 46

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Contextual Info: SKDH 100 B7YZ B77Z; BL7Z ¥L T ?AA ] Q6%&& *.%(+4)*S B UAA ?KAA ?@AA B UAA ?KAA ?@AA Q^( T U@ _MS YVLC ?AAWAU YVLC ?AAW?K YVLC ?AAW?@ Symbol Conditions ¥L ^( T UJ _M ^1T @J _Ma (/12242 ?S ^1T @J _Ma O?I]W?KJ SEMIPONT 2 Controllable Bridge Rectifiers

Contextual Info: SKD 82 SEMIPONT 3 ?$]Q ?$$Q7 ?N$Q LN X => ¥ UB'+ .%48'. -%4W ? _>> =>> <K>> <_>> <H>> ? _>> =>> <K>> <_>> <H>> UA. X <<> ^OW ]YN =KZ>_ ]YN =KZ>= ]YN =KZ<K ]YN =KZ<_ ]YN =KZ<H <=>> <=>> ]YN =KZ<=IW Symbol Conditions LN A. X <<> ^O 2/ -()-;/ Z -48'.)-;/ +%,8

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Contextual Info: SKD 100 ?$[¥ ?$$¥7 ?M$¥ KM V <>> ] SB'+ .%48'. -%4U ? `>> W>> <J>> <`>> ? `>> W>> <J>> <`>> SA. V ^H _NU [XM <>>Y>` [XM <>>Y>W [XM <>>Y<J [XM <>>Y<` <=>> <=>> [XM <>>Y<= Symbol Conditions KM A. V WI _N -48'.)-;/ +%,8 A, V `I _N7 .1, -( <U A, V `I _Na O<H]Y<JI SO<]Y<J>U