K034 Search Results

Contextual Info: WESTCODE An IXYS Company Date:- 20 Aug, 2002 Data Sheet Issue:- 2 Medium Voltage Thyristor Types K0349LC600 to K0349LC650 Old Type No.: P201CH60-65 Absolute Maximum Ratings VOLTAGE RATINGS MAXIMUM LIMITS UNITS VDRM Repetitive peak off-state voltage, note 1

K0349LC

Abstract: k0349 K0349LC650 P201CH60-65 K0349LC600
Contextual Info: WESTCODE Date:- 20 Aug, 2002 Data Sheet Issue:- 2 An IXYS Company Medium Voltage Thyristor Types K0349LC600 to K0349LC650 Old Type No.: P201CH60-65 Absolute Maximum Ratings VOLTAGE RATINGS MAXIMUM LIMITS UNITS VDRM Repetitive peak off-state voltage, note 1

2T931A

Abstract: KT853 2T926A KT838A 2T803A 2T809A 2T904A 2T808A 2T603 2T921A
Contextual Info: g V ì^ fg : W SflÉptÉ! W ^ i$ î0 i0 û * W I I m ^7ù£-à.S& m p ,-À-& s i: r& mSÊmÈÈ •ï ' ^ f§ W % a s Ü lg S I W M 7 \ w Jkw s i 4; h# » ik « W 'ï illl ¡ P * te ili -X\ S I Iw 11 4-S U E S T am Ir ¿ « 1 1 1 » , ü i a Î3 & & C nPA BO H H M K

Contextual Info: O0%;87F;?70/3DD3@FK O0-%FA0BBDAH76 O0+&"0E0A?B>;3@F03:;9:0>;@704 O0-@;H7DE3>0"@BGF03F070CF.4 O0!;9:088;5;7@5K O0*A!+0A?B>;3@F07E;9@  :0$3-(50(*/(054020F22.+&$5+104 35FADK0GFA?3F;A@ ,7EF020&73EGD7?7@F GFA?3F760+7DH;57 !/+DAA7BFAA0+7D;7E

Contextual Info: K03 TYPE • Surge-proof capacitor in aluminium can with insulation • Heavy charge/discharge duty. • To be mounted with ring clips or with threaded stud. -20°C +70°C sleeve. APPLICATIONS Extreme application welding. Strobe applications. “+” SIGN

TUBE 6j1

Abstract: 6j1 tube 6C33C 6h2n 6H7C 6h6n tube 6H13C 6H9C 6H16B 6c21
Contextual Info: IPHEMHO-yCHJlHTEJlbHblE JlAMflbl RECEIVING TUBES d B/O „MAUinPMBOPHHTOPr“ CCCP MOCKBA n P M E M H O -y c M n m E n b H b iE JlAMnbl RECEIVIN G TUBES K h u to 2 Book 2 B/O „ M A L iin P M B O P M H T O P r“ CCCP MOCKBA V/O “M A S H P R IB O R IN T O R G ”

jd 1803 IC

Abstract: cctkc OB 3309 RP soviet cathode ray siek 1 6H23 DSAGER00034 ROD PENTODE S3 TRIO 64
Contextual Info: * HO* mm * HAi m y / K A T A JIO F CATALOGUE blnlk » Macxb 3 -iIO P r — OHHH H 3 K p y n H e illU H X B M H p e n p O M M L U JieH H O C T H . H3ZieJTHK 3 /ieK T p O H H O H 143HejTHH CO BeTCKO H 3 Jie K T p O H IfK H , 0 6 j i a j i a K > m H e BblCOKOH H a-

1HT251

Abstract: 2T203 kt117 1T308 2T355A 2T312 IT308B K1HT251 kt117b 2T313
Contextual Info: WmmËÊÊm W h A iW f W * i r*ïS >*••> ro s ît. ;<W«a 7 mm m$m 15ÎÏ3 Sktófefc?¿feS 11181 immm SI f ' ■ ' ' ' : m S ËÊB B S M M CnPABOHHMK nonynpoBQQHHKOBbiE nPHBOPbl TPAH3MCTOPbl MAflOI/ì MOLUHOCTM n O f l PEA A K L4H EPÌ A . B rO flO M E A O B A

AU-6433

Abstract: WPCE773LA0DG winbond wpce773la0dg g86 630 a2 wistron pi3vdp411 au6433 JM70 JM-70 K0315
Contextual Info: 5 4 3 2 JM70 -MV Block Diagram 46 ISL62392 INPUTS OUTPUTS 5V_S5 6A 3D3V_S5(7A) 5V_AUX_S5 3D3V_AUX_S5 SYSTEM DC/DC 46 TPS51124 EMC2102 Penryn ICS9LPRS365BKLFT SYSTEM DC/DC DCBATOUT SMSC Mobile CPU CLK GEN. D 1 Project code: 91.4AN01.001 PCB P/N : 48.4AN01.0SA

webcam schematic

Abstract: WPCE775L ICS9LPRS355 tps51125 TPA51125 WPCE773LA0DG WPCE775 pvr-202 nc10 samsung Wistron Corporation
Contextual Info: 5 4 3 VITAS Block Diagram Project code : 91.4I501.001 PCB P/N : 07263 Revision : SC Intel CPU D 2 1 INPUTS OUTPUTS +5VALW VGA_CORE_S0 42 +5VALW DCBATOUT +3VALW +3VL 38 SYSTEM DC/DC APL5913 4X64MB DDRII 47,48 OUTPUTS INPUTS SYSTEM DC/DC 3,4,5 16 TPA51125 SC421A

K0320

Abstract: JM70 K0343
Contextual Info: 5 4 3 LED White Side 2 1 Project code: 91.4CD03.001 PCB P/N : 48.4CD03.0SB REVISION : 8645 SB LED(White)Side, 5V_S5 5V_S5 3 RN1 8 7 6 5 LED-Y-74-GP 83.00110.J70 FRONT_PWRLED#_1 FRONT_PWRLED#_1 FRONT_PWRLED#_1 LED7 1A SRN330J-1-GP K2 LED8 1A 3 1 2 3 4 AC_IN_LED#

7N60B equivalent

Abstract: 18N50 equivalent ixgh 1499 MOSFET smd 4407 IXDD 614 C 547 B W57 BJT transistor r1275ns20l R1271ns12C IXYS CS 20-22 MOF1 IXTP 220N04T2
Contextual Info: Contents Page General Contents QA and Environmental Management Systems Alphanumeric Index Symbols and Terms Nomenclature Patents and Intellectual Property I II III XVIII XX XXII CLARE Optically Isolated Solid State Relays Optically Isolated AC-Power Switches

B10F

Contextual Info: CATALOG H MICRO SWITCH A D IV IS IO N OF V 3-I90I-D 8 SWITCH-BASIC F R E E P O R T . IL L IN O IS . U .S .A . HO NEYW ELL L IS T IN G CK-W0I50 FE D . M FG . C O D E S l f t t * GO o .I87± j003 J_ 0> PLA STIC 1 PLUNGER rO > .165- f-.796±.OIO~j •K002 -.047 MAX

2T908A

Abstract: 2T602 2T907A KT604 1HT251 1T813 2t903 KT920A PO6 115.05 KT117
Contextual Info: nojiyriPOBOflHHKOBblE nPHBOPbl: TpaH3HCTOpbI CnpaBOHHHK rioa oGmea peaaKUHen H. H. TOPIOHOBA EB MOCKBA 3HEPrOATOMH3AAT 1983 BEK 32.852 n 53 y ^ K . 621.282.3 035 P e n e H 3 e H T b i : E. 14. KpbiJioB, B. B. I1aB;ioB AB T o p b i : B. Jl. ApoHOB, A. B. E bkikob, A. A. 3aiineB,

K140MA1

Abstract: K190KT2 K174YH7 K554CA2 k159ht1 hj3h 190KT2 transistor k513 K190KT1 K159
Contextual Info: HHfErPAIIbHbli NHKPOCXENbl INTEGRATED MICROCIRCUITS MHTETPAJlbHblE MklKPOCXEMbl IN TEG R A TED M ICRO CIRCU ITS M acTb Partii II AH AJIOrOBblE M HTETPAJlbHblE MklKPOCXEM bl IN TEGRATED ANALOG M ICRO CIRCUITS 3 ne«TpoHHan npoHbim neMHocTb C C C P - oamh mi xpynHeHuiHX b MMpe npoMJBOAHTeneü BbicoKoxanecTBeHHbix M3 AenMM jneKTpoHHoM tcxhm km , KoTopbie b HaCToMLijee sperm

KC156A

Abstract: ky202e K174XA2 KT809A KT805A KT610B KP350A KT808a KT920A KC213
Contextual Info: BJOJIABPHHEHKO CnPABOMHMK n o n o jiy nPOBOAHMKOBBIM nPMBOPAM H 3A aH ne 1 0 -e, nepepaöoT aH H oe KHEB «TEXHIKA* h flo n o jiH e H H o e 32.852 h2 J113 JlaBpnMenKO B. 10. J113 CnpaBOMHHK no noJiynpoBOAHHKOBbiM npnöopaM. 10-e m a., nepepaô. h A on.— K.: TexHiKa, 1984.— 424 c., hji.— BHÓjniorp.:

K034

Abstract: nopma KBAA cccp
Contextual Info: AKAÆEMHfl H A YK CCCP KOMHCCHfl nO npOEJIEMAM MHPOBOrO OKEAHA OTBeTCTBeHHLie pejjaKTOpw: axartcMHK JI.M î BpexoeCKux, floKTop fr m m io -MaTeMaTH'iecKHx H ayn H .E . A u d p e e e a MOCKBA ’’HAYKA” 1989 JIHTEPATypA 1. BpexoecKux JI.M. Bojihm b cjiohctux cpenax. M.: Hayica, 1957. 501 c.

k1351

Abstract: K3503FC520 k2623 k336 k2960 k1120 K2960TC520 K135 K1351VF650 K0349LG600
Contextual Info: EXPANDED PRODUCT BRIEF ! uc ts rod P EW es 11 N utlin O EW 3N Medium Voltage Thyristors May 2008 Issue 6 Medium voltage applications place additional demands on phase control thryistors. As voltages increase, so do switching losses, stored charge and turn-off times to a point where they become significant in line frequency