SJ 86A Search Results

Contextual Info: A?E'.=-'475 4VVS<>AB<฀#:A0<฀&<,9=4=>:< #<:/?.>฀%?88,<C 7LHZ[XLY V฀&CIG>CH>8฀;6HI G:8DK:GN฀7D9N฀9>D9: V฀"MIG:B:AN฀ADL฀G:K:GH:฀G:8DK:GN฀8=6G<: . =L฀1[^Ri 0/* O , =L#`_$&^Ri * 1  = 0(0 9 V฀2AIG6฀ADL฀<6I:฀8=6G<: V฀"MIG:B:฀94 )U

Contextual Info: @>D +<-'364 3UUR;=@A;฀"9@/;฀%;+8<3<=9; ";9.>-=฀$>77+;B 6KGYZWKX . !0฀฀1?B6M V฀&CIG>CH>8฀;6HI G:8DK:GN฀7D9N฀9>D9: V฀"MIG:B:AN฀ADL฀G:K:GH:฀G:8DK:GN฀8=6G<: 0/* O , =L#`_$&^Ri * +2/  )= ,+(1 9 V฀2AIG6฀ADL฀<6I:฀8=6G<: V฀"MIG:B:฀94 )U

Contextual Info: A?E ,=-'475 4VVS<>AB<฀#:A0<฀&<,9=4=>:< #<:/?.>฀%?88,<C 7LHZ[XLY . !0฀฀1?B6M V฀&CIG>CH>8฀;6HI G:8DK:GN฀7D9N฀9>D9: V฀"MIG:B:AN฀ADL฀G:K:GH:฀G:8DK:GN฀8=6G<: 0/* O , =L#`_$&^Ri *(-*  = +-(. 9 V฀2AIG6฀ADL฀<6I:฀8=6G<: I@'MH,.1

Contextual Info: 9?E-'@'.,4? 4VVS=>A&!฀#:A0<฀&<,9=4=>:< #<:/?.>฀%?88,<C 7LHZ[XLY - !0฀฀1[%^Ri V฀ DL:HI฀;><JG: D; B:G>I฀/ HG฀M฀.X + =L"`_#%^Ri V฀"MIG:B:฀9K 9I฀G6I:9 * X%eja /.) O )')0.  10 _< V฀%><=฀E:6@฀8JGG:CI฀86E67>A>IN V฀.J6A>;>:9฀ ฀   ฀

Contextual Info: 9?E-'@ 004? a 4VVS=>A ฀#:A0<฀&<,9=4=>:< #<:/?.>฀%?88,<C 7LHZ[XLY - =L฀฀1[%^Ri V฀)DL:HI฀;><JG: D; B:G>I฀/ HGiJX /.) + =L"`_#%^Ri V฀2AIG6฀ADL฀<6I:฀8=6G<: O )'+22  * X%eja + _< V฀"MIG:B:฀9K 9I฀G6I:9 V฀%><=฀E:6@฀8JGG:CI฀86E67>A>IN

Contextual Info: 9?E-'@ ,4? a 4VVS=>A ฀#:A0<฀&<,9=4=>:< #<:/?.>฀%?88,<C 7LHZ[XLY - !0฀฀1[%^Ri V฀)DL:HI฀;><JG: D; B:G>I฀/ HGiJX /.) + =L"`_#%^Ri V฀2AIG6฀ADL฀<6I:฀8=6G<: O )'*+.  * X%eja ., _< V฀"MIG:B:฀9K 9I฀G6I:9 V฀%><=฀E:6@฀8JGG:CI฀86E67>A>IN

Contextual Info: 9?E-'@ -,4? 4VVS=>Aa฀#:A0<฀&<,9=4=>:< #<:/?.>฀%?88,<C 7LHZ[XLY - !0฀฀1[%^Ri V฀ DL:HI฀;><JG: D; B:G>I฀/ HGiJX /.) + =L"`_#%^Ri V฀2AIG6฀ADL฀<6I:฀8=6G<: O )'*/.  * X%eja ,2 _< V฀"MIG:B:฀9K 9I฀G6I:9 V฀%><=฀E:6@฀8JGG:CI฀86E67>A>IN

Contextual Info: 9?E0'@ < 4* 4VVS=>A`฀#:A0<฀&<,9=4=>:< #<:/?.>฀%?88,<C 7LHZ[XLY U฀)DL:HI฀;><JG: D; B:G>I฀/ HG฀M฀.X U฀"MIG:B:฀9K 9I฀G6I:9 . !0฀฀- C6+.t< 2) O , =L"`_#%^Ri฀- C6+.t< *'+ 9 + X%eja +1 _< U฀%><=฀E:6@฀8JGG:CI฀86E67>A>IN U฀.J6A>;>:9฀for industrial grade applications 688DG9>C<฀ID฀'"!"

Contextual Info: 9?E0'@*+'4* 4VVS=>A`฀#:A0<฀&<,9=4=>:< #<:/?.>฀%?88,<C 7LHZ[XLY U฀ DL:HI฀;><JG: D; B:G>I฀/ HG฀M฀.X U฀"MIG:B:฀9K 9I฀G6I:9 - !0฀8฀ C฀฀X 2) O + =L"`_#%^Ri฀฀, C6+.t< )',- 9 2- _< * X%eja U฀%><=฀E:6@฀8JGG:CI฀86E67>A>IN

Contextual Info: 9?E-'@'004? 4VVS=>AB=฀#:A0<฀&<,9=4=>:< #<:/?.>฀%?88,<C 7LHZ[XLY - !0฀฀1[%^Ri V฀ DL:HI฀;><JG: D; B:G>I฀/ HG฀M฀.X + =L"`_#%^Ri V฀"MIG:B:฀9K 9I฀G6I:9 * X%eja /.) O )')22  /) _< V฀%><=฀E:6@฀8JGG:CI฀86E67>A>IN V฀.J6A>;>:9฀ ฀   ฀

TF 745-A

Abstract: lv 7980 E132 ZC32 I333
Contextual Info: &*3*%45,3 6/7,89,-%:;" !"#""$%&' % *+,-%./012,+ &,+>-=<3=/? N5').I2II-)IJI3)7%)1OL)86A',)%+(;8'A)6,') ('A$97'()*+,)F,+6(46A#)67()76,+<46A#)E.NP)6""8$0 4+%"6#$F8')('H$4'A)6H6$86F8')<$#5)A#67(6,()"+<',) +;#";#);")#+)>3)%?Q)

lv 7980

Abstract: TF 745-A A745A cd 4564
Contextual Info: '+4+&56-4 708-9:-.&$;" !"#"$%&' &*+,-.&/0123-, '-,>.=<4=0? N5').I2I>-)IJI3)7%)1OL)86A',)%+(;8'A)6,') ('A$97'()*+,)F,+6(46A#)67()76,+<46A#)E.NP) ) "$704+%"6#$F8')('H$4'A)6H6$86F8')<$#5)A#67(6,() "+<',)+;#";#);")#+)>3)%?Q)

MPX6

Abstract: A968 JMF6 TFD6 G031 TFD60 g9130 dpnf
Contextual Info: \ d =Jjhju0AAAAA1 >Xj{f \ JOS Xj{f \A> * N<@nn ?Upxfs tvqqmz < 9885:<8[GI =87>8N{ Yibol zpv wfsz nvdi gps tfmfdujoh Gvupojdt qspevdut6 a,/ 6,2/ 0tyx16K -~xt0x /xtw 1{x y,~~,4|+z uxy,/x 20|+zM : ^t21|,+ y,/ 6,2/ 0tyx16 .Umfbtf lffq uiftf jotusvdujpot boe sfwjfx uifn cfgpsf vtjoh uijt voju6

SD73608

Abstract: burndy S-1
Contextual Info: r SD79597 1 1 ¿¡CCOMMQCxl 72? AUJMtsJUH rVBSr T 7 6 C A r& ié » F*é> hJO Sv-v'A, i £>A ^ Svs/A S & A — Z^O Z Z 3 H S D I A . Sv^/A 1£) A - ^ 4/0 S B A S S A - 3 4 nJ S ^ A l A - 4 4 ^ S ^ A S S A -4-4/0 S^j A A — .'ZrJ z ' / z X z . g n s d i a ) S vnjA i S A ~ ^ 4 nJ

Contextual Info: PD - 97043B IRF6648 DirectFET™ Power MOSFET ‚ RoHs Compliant Containing No Lead and Bromide  l Low Profile <0.7 mm l Dual Sided Cooling Compatible  l Ultra Low Package Inductance l Optimized for High Frequency Switching  l Optimized for Synchronous Rectification for 5V

IRF6648

Abstract: IRF6648TR1
Contextual Info: PD - 97043C IRF6648 DirectFET™ Power MOSFET ‚ RoHs Compliant Containing No Lead and Bromide  l Low Profile <0.7 mm l Dual Sided Cooling Compatible  l Ultra Low Package Inductance l Optimized for High Frequency Switching  l Optimized for Synchronous Rectification for 5V

48v 150A mosfet switch

Abstract: IRF6648 IRF6648TR1
Contextual Info: PD - 97043A IRF6648 DirectFET™ Power MOSFET ‚ RoHs Compliant Containing No Lead and Bromide  l Low Profile <0.7 mm l Dual Sided Cooling Compatible  l Ultra Low Package Inductance l Optimized for High Frequency Switching  l Optimized for Synchronous Rectification for 5V

IRF6648

Abstract: IRF6648TR1
Contextual Info: PD - 97043 IRF6648 DirectFET™ Power MOSFET ‚ RoHs Compliant Containing No Lead and Bromide  l Low Profile <0.7 mm l Dual Sided Cooling Compatible  l Ultra Low Package Inductance l Optimized for High Frequency Switching  l Optimized for Synchronous Rectification for 5V

IRF6648

Abstract: marking code SJ transistors sj 86a IRF6648TR1
Contextual Info: PD - 97043C IRF6648 DirectFET™ Power MOSFET ‚ RoHs Compliant Containing No Lead and Bromide  l Low Profile <0.7 mm l Dual Sided Cooling Compatible  l Ultra Low Package Inductance l Optimized for High Frequency Switching  l Optimized for Synchronous Rectification for 5V

Contextual Info: PD - 97043C IRF6648 DirectFET™ Power MOSFET ‚ RoHs Compliant Containing No Lead and Bromide  l Low Profile <0.7 mm l Dual Sided Cooling Compatible  l Ultra Low Package Inductance l Optimized for High Frequency Switching  l Optimized for Synchronous Rectification for 5V

Contextual Info: PD - 97225A IRF6648PbF IRF6648TRPbF l l l l l l l l l DirectFET™ Power MOSFET ‚ RoHs Compliant  Lead-Free Qualified up to 260°C Reflow Application Specific MOSFETs Optimized for Synchronous Rectification for 5V to 12V outputs Low Conduction Losses Ideal for 24V input Primary Side Forward Converters

IRF6648TR1PBF

Abstract: IRF6648TRPBF
Contextual Info: PD - 97225A IRF6648PbF IRF6648TRPbF l l l l l l l l l DirectFET™ Power MOSFET ‚ RoHs Compliant  Lead-Free Qualified up to 260°C Reflow Application Specific MOSFETs Optimized for Synchronous Rectification for 5V to 12V outputs Low Conduction Losses Ideal for 24V input Primary Side Forward Converters

Contextual Info: PD - 97225A IRF6648PbF IRF6648TRPbF l l l l l l l l l DirectFET™ Power MOSFET ‚ RoHs Compliant  Lead-Free Qualified up to 260°C Reflow Application Specific MOSFETs Optimized for Synchronous Rectification for 5V to 12V outputs Low Conduction Losses Ideal for 24V input Primary Side Forward Converters

HBF4727A

Abstract: ZD 607 - triac ZD 607 - triac circuit hbf 4727a TDA3310 hbf4727 HBF4740 DTL-930 7-stage frequency divider BF479S
Contextual Info: / h o f t f o f m A T E ^SEMICONDUCTOR “ PRODUCTS 1979/80 I NT RODUCTI ON This publication aims to provide condensed information on the vast range of standard devices currently produced by SGS-ATES. For easy consultation the products have been divided into several sections according to the main product