BAF 8 Search Results

BAF-20

Abstract: bussmann 8002 1030 BAF-10 BAF-12 BAF-15 BAF-25 bussmann fuseblocks BAF 8 baf-30
Contextual Info: Bussmann Fast-Acting Ferrule Fuses BAF 13/32∑ x 1-1/2∑ Midget 2/10–30 Amps 30 15 20 3 100 10 Time-Current Characteristic Curves–Average Melt 1 Dimensional Data AMPERE RATING 1.5" ±0.031 10 TIME IN SECONDS 0.41" (±0.004) CATALOG SYMBOL: BAF (5AG)

YC110R

Abstract: yc-110r ZWS-BAF SXH-001T ZWS100BAF CN52
Contextual Info: • Universal Input 85 - 265VAC • Power Factor Corrected • Convection Cooled • 5 year warranty • Compact Design Key Market Segments & Applications Factory Automation Test & Measurement Light Industrial Equipment ZWS-BAF Series 50W to 150W Single Output Power Supplies,

Contextual Info: Low Voltage Supplementary Fuses RED indicates NEW information Section Contents Page Fuse Holder & Block Selection Guide . . . . . 44-45 13 ⁄32” x 1 1⁄2” Fast-acting supplementary fuses BAF . . . . . . . . . . . . . . . . . . . . . . 250V . . . . . . . . . . 47

ZWS75BAF-12

Abstract: ZWS100BAF ZWS-BAF ZWSBAF ZWS150BAF
Contextual Info: • Universal Input 85 - 265VAC • Power Factor Corrected • Convection Cooled • 5 year warranty • Compact Design Key Market Segments & Applications Factory Automation Test & Measurement Light Industrial Equipment ZWS-BAF Series Single output, low cost worldwide use

transistor mark BA

Abstract: KTC9011S ktc90
Contextual Info: SEMICONDUCTOR KTC9011S MARKING SPECIFICATION SOT-23 PACKAGE 1. Marking method Laser Marking 2. Marking No. 1 BAF 2 1 Item Marking Description Device Mark BA KTC9011S hFE Grade F F, G, H, I * Lot No. 01 2002. 1st Week [0:1st Character, 1:2nd Character] Note * Lot No. marking method

8a7l

Abstract: 4E46 BAF 8
Contextual Info: 75-.-55 ]y+2`dgduu^ :8;80@A>4 7867 =<C4> >490D 5IFSTQIR S dcp FJ<G6;<A: 64C45<?<GL u<?8 }Bamtdffgkd S d uBE@ p _d uBE@ q 4A7 d uBE@ r 6BA9<:HE4G<BAF S h>0 7<8?86GE<6 FGE8A:G; ]58GJ88A 6B<? 4A7 6BAG46GF^ S -B6>8GF 4I4<?45?8 u<?8 }Bam,hccdlijd S 14F; G<:;G 4A7 9?HK CEBB987 GLC8F 4I4<?45?8

D43X

Abstract: wmz s WT 60 PI BA QV HGBT
Contextual Info: n @\`Xaf\baf 1 2 spt vqurqv G = H O = F 43 ^WT\ QVX]\ 6wAw 43 IUXMZM QVX]\ 6wAw <MI[]ZQVO QVX]\ ZIVOM ?W_MZ []XXTa <MI[]ZMUMV\ N]VK\QWV[ <MI[]ZQVO QVX]\gz AQbM 4QOQ\ 9\MU BPIVS aW] ^MZa U]KP NWZ [MTMK\QVO 1]\WVQK[ XZWL]K\[w Bbe lbhe fTYXgl. c_XTfX eXTW g[X Yb_bj\aZ UXYbeX hf\aZ0

AEHF

Abstract: 80E4A
Contextual Info: O0%BJ0BFG O0E0BE0.0 HGCHGF O0/<780*4A:800"ACHG O06G<I80  O0)4E4?8?0HA6G<BA0+J<G6; O09CN0GB07DN0(C8E4G<BA '80#2,'40').'/43020E11-*%#4*0/3 $8L0&4E>8G0+8:@8AGF040CC?<64G<BAF "A7HFGE<4?0BAGEB?F &BGBE0BAGEB?0+LFG8@F 46GBEL0HGB@4G<BA )EB68FF0BAGEB?80HGB@BG<I88

m5818

Contextual Info: LITEM* POWER SEMICONDUCTORS SM5817 thru SM5819 VOLTAGE TECHNICAL SPÇOF1CATTONS OF J OAMP SURFACE MOUNT SCHOTTKY BAfífílER RANGE 5 0 to 1 0 0 0 Volts CURRENT 1 .0 Am pere SM-1 S O L D E R A B L E EN D FEATURES • N ew technology • Low leakage • Lo w forw ard voltage drop

Contextual Info: 0 $685,1*6(7 BAF?JBL?EVGUCIJB;HJ (06 IJBF?G?GB? Baf_jbl_evguc ijb[hj (06 ij_^gZagZq_g ^ey <HAFH@GHKLB • I_j_^ZqZbijbHfmjh\gy\qZklhlghcihehk_ =pd=p • Baf_j_gb_mjh\gyrbjhdhihehkgh_ Z[khexlgh_ bebhlghkbl_evgh_ • Baf_j_gb_qZklhlu

Contextual Info: bAF MOTOROLA D S E M IC O N D U C TO R • b3b?2SS MOTOROLA I MOTH □ □ cm c1]>b SC L O G IC « TECHNICAL DATA 1 :9 D iffe re n tia l C lo c k D river M C 1 0 E 1 11 M C 1 0 0 E 1 11 The MC10E/100E111 is a low skew 1-to-9 differential driver, designed

Contextual Info: 97.07,. <:=:2BC@6 9:89 ?>E6@ @6;2F 7JGUVSJT V gdq FJ<G6;<A: 64C45<?<GL v<?8 }Bbnueghiek V h>0 7<8?86GE<6 FGE8A:G; ]58GJ88A 6B<? 4A7 6BAG46GF^ V g@@ 6BAG46G :4C 4I4<?45?8 v<?8 }Bbn,ideihkff V /{ <AFH?4G<BA FLFG8@n s?4FF v 4I4<?45?8 V uAI<EBA@8AG4? 9E<8A7?L CEB7H6G ],Bx- 6B@C?<4AG^

A114F

Contextual Info: 97.07,/ <:=:2BC@6 9:89 ?>E6@ @6;2F 7JGTURJS U gdq FJ<G6;<A: 64C45<?<GL v<?8 }Bbnueghiek U h>0 7<8?86GE<6 FGE8A:G; ]58GJ88A 6B<? 4A7 6BAG46GF^ U s?4FF v <AFH?4G<BA 4I4<?45?8 v<?8 }Bbn,ideihkff U g@@ 6BAG46G :4C 4I4<?45?8 U uAI<EBA@8AG4? 9E<8A7?L CEB7H6G ],Bx- 6B@C?<4AG^

Contextual Info: :`XTJVJ\RWV \W \NZURVWTWPa JVM P]RMNTRVN[ >V\ZWM]L\RWV + 8WVLNX\ Ob_\W fgTgX eX_Tl ,TU0 OON- \f T `XV[Ta\VT_l cTff\iX iXef\ba bY \gf b_WXe VbhagXecTeg g[X CIN ,X_XVgeb`XV[Ta\VT_ eX_Tl-. cebi\W\aZ XffXag\T_l g[X fT`X cXeYbe`TaVX. Uhg j\g[bhg `bi\aZ cTegf0 Gg \f T gbgT_l X_XVgeba\V WXi\VX

q713

Abstract: 91AB A13A ELAC
Contextual Info: 86-/66 ;9<91AB?5 8978 >=D5? ?5:1E 6JGTURJS v<?8 }Bamudfghdj V dcq FJ<G6;<A: 64C45<?<GL V h>0 7<8?86GE<6 FGE8A:G; ]58GJ88A 6B<? 4A7 6BAG46GF^ v<?8 }Bam,hcdgcjhl V -B6>8GF 4I4<?45?8 V 14F; G<:;G 4A7 7HFG CEBG86G87 GLC8F 4I4<?45?8 V uAI<EBA@8AG4? 9E<8A7?L CEB7H6G ],Bx- 6B@C?<4AG^

m 56732

Abstract: BC 458 6108 BC 4E7
Contextual Info: ;92100 ><?<4DEB8 ;<:; A@G8B B8=4H 9LIVWTLU V heq FJ<G6;<A: 64C45<?<GL v<?8 }Bcoufhijfl V *sr 6B<? G8E@<A4?Fa <784? 9BE ;84IL 7HGL ?B47 V gcj>0 7<8?86GE<6 FGE8A:G; _58GJ88A 6B<? 4A7 6BAG46GF` V 14F; G<:;G 4A7 9?HK CEBB987 GLC8F 4I4<?45?8 v<?8 }Bco,jefjhmhj

AMT-USIM-1.8J

Abstract: 8AGC 54B7 BFQ 58
Contextual Info: ;92110/;92120 ><?<4DEB8 ;<:; A@G8B B8=4H 9LIVWTLU U heq FJ<G6;<A: 64C45<?<GL U *sr 6B<? G8E@<A4?Fa <784? 9BE ;84IL 7HGL ?B47 U gcj>0 7<8?86GE<6 FGE8A:G; _58GJ88A 6B<? 4A7 6BAG46GF` U /A8A6?BF87 GLC8 4I4<?45?8 v<?8 }Bcoufhijfl U s?4FF v <AFH?4G<BA 4I4<?45?8

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]

jmd330

Abstract: anx3110
Contextual Info: w .c ong COM Express Basic Module ate c.co m High graphics performance with low power consumption Formfactor COM Express Basic, 95 x 125 mm , Type II Connector Layout CPU AMD Embedded G-Series Processors AMD G-T56N 1.6 GHz Dual Core (cache 512kB x2, 18 W)

d484

Abstract: 4G87 D484 transistor 8e89 6542 FG7G b47f A8 Jh
Contextual Info: =;F22 +?<.22;, FC@>9 FG7G: E:@7K ;OL[\YOZ T }*-xw. BHGCHG T vu 6BAGEB? T |BJ BAeFG4G8 E8F<FG4A68 T +;BGB <FB?4G<BA T jmhh0 7<8?86GE<6 FGE8A:G; T ,Bz- 6B@C?<4AG 9:F8E>DG>CB zx-kk -8E<8F B998E kekj0vu <ACHG 6BAGEB? 4A7 HF8 }*-xw. G86;AB?B:L GB CEBI<78 4A 86BAB@<64? 4A7 E8?<45?8 @8G;B7 B9

208H

Abstract: DMI36223 C338
Contextual Info: tws}}r u8r zvrv 2|-x7 30z,|4 z*x2xz4|2+34+z3 =`U\Xag gX`cXeTgheX < /62 LTgXW ib_gTZX< 472P=> gb 92 LTgXW VheeXag < 32= ,cXe cb_X- ?\X_XVge\V fgeXaZg[ `\a0 < 7222P=> ,UXgjXXa \achg + bhgchg- J_Tfg\V eXgT\aXe glcX < 362AA/C3 GTe^Xe glcX< 362AA/G3 GbWh_X glcX <

6BH7

Abstract: DCWM PR78A 91AB A13A 74g4f diac 8 v 6b p 94 8a7l 6bfp
Contextual Info: 86.-/6 \y+2`dceu] ;9<91AB?5 8978 >=D5? ?5:1E 6IFSTQIR W gah>0 7<8?86GE<6 FGE8A:G; u<?8 }Bamtdfghdj \58GJ88A 6B<? 4A7 6BAG46GF] W w84IL ?B47 HC GB hccc0p W x784? 9BE @BGBE FJ<G6;<A: u<?8 }Bam,llffkcj W 1<G;FG4A7 <AEHF; 6HEE8AG B9 kcp W *rq [ +r ?4LBHGF 4I4<?45?8

a9ba

Abstract: bh rq BA QB 68A08
Contextual Info: 75-.5 ]x3q`fkt^ ?A1:8;80@A>4 8;@4>:4380@4 =<C4> >490D 5IFSTQIR t<?8 |Bamsdffgkd V ho FJ<G6;<A: 64C45<?<GL V d tBE@ o 4A7 d tBE@ q V ,G4A74E7 4A7 F8AF<G<I8 6B<?F 4I4<?45?8 V 04F; G<:;G 4A7 9?HK CEBB987 GLC8F 4I4<?45?8 t<?8 |Bam+hccifkfc V sAI<EBA@8AG4? 9E<8A7?L CEB7H6G ]+Bv, 6B@C?<4AG^

K 9008

Abstract: S4 2A 208H DMI36223 cbf 422 ba 6208 W643
Contextual Info: sv|rt7ryu 1{,w6 2/y+{3 y~w1wy3{1*23*y2 =`U\Xag gX`cXeTgheX < /62 LTgXW ib_gTZX< 472P=> gb 92 LTgXW VheeXag < 9= ,cXe cb_X- ?\X_XVge\V fgeXaZg[ `\a0 < 4222P=> ,UXgjXXa \achg + bhgchg- LXgT\aXe glcX < 3:AA/C5 ,J_Tfg\V eXgT\aXe3:AA/C7 ,MgXX_ eXgT\aXe- TiT\_TU_X