8C HX Search Results

TOPSWITCH

Abstract: topswitch-hx power supply 12v datasheet software of pcb design Power Integrations 230v lcd monitor power supply 48v battery charger schematic diagram data sheet power diode free download transistor data sheet
Contextual Info: Power Integrations High-Voltage Analog ICs Reference Design Kit RDK-142 Reference Design Kit RDK-142 for a 35W power supply for LCD Monitors using TOPSwitch -HX Family RDK-142 reference design kit (RDK) Features/Benefits: - Utilizes the TOPSwitch-HX family of offline power conversion ICs in the DIP-8C package

Contextual Info: ?8A=3G@M< :FLGH8A :8C ?@>? ;@<A<:HF@: GHF<C>H? ?<FB<H@:8AAL G<8A<; F<A8L ?=6544 EZVijgZh / C^ZaZXig^X higZc\i] XVc WZ 5644 Rg2b2h / IdVY XVc WZ 9@ 6<RY2X2 / G^\] VbW^Zci Veea^XVW^a^in / @aa bZiVa lZaYZY XdchigjXi^dc / GZgbZi^XVaan lZaYZY VcY bVg`ZY Wn aVhZg

8c hx

Contextual Info: o ct o _ o -14 \1ARIiRCccccllliX rTD 8i2 234t9555 iin l4lt o l O i r- !t 8c cO ; trJ - i'. .''l > . 4 ,-! .) I /=;l t_t tr l t l (9 (9 |oro L, -or - r - J L . 'ta' t i t l l l t l t l l l l l F o) 6 fJ f! Eo o o o o o o = s /A\ r 5 Y l o !:l< - < 5m o)(u

RA5E

Abstract: SRFE 1126 IRF 024 RY 227 Tf 227 10A 016T NEC CPUii k7d7 upd78cp14 ZPD* ITT mkad
Contextual Info: M O S Integrated C irc u it PD78C14A pPD 7 8C 14 A iil6b y h A L U , ROM, RAM, A /D n 's*<—9, 7/u • -i § !> CMOS 8 t' v 1- •-v-f 1“ * ', %M.tt9 4 -v/'f ' O o n > h° ^ X7 f- • t ^ > 9 , tilfflx 'J h &X'<T>9 i ij RO M /R A M ) £t£3ftT" 1 ^ T 't o ^ P D 7 8 C 1 4 A i± C M O S i» j t ^ ^ * f im # 'l*

fe8c

Contextual Info: 9?3,'@ +'4? 4VVS=>AB= # : A 0<& <,9 =4=>: < # <: /?.>% ?8 8 ,<C 7LHZ[XLY X *FN <JK=@>LI< F=D <I@K0 IH O / Z X 3 CKI8 CFN >8K < : ?8I>< - "1 9N]`Tk //* P + >M#ba$&`Tk *(+.* " .2 a= * Z&glc X # OKI<D < ;M ;KI8K<; X & @>? G<8B : LII<EK: 8G89@C@KP X . 9 =I<< C<8; GC8K@E> 0 F& 1 : FD GC@8EK   

35AA

Contextual Info: 9?3,'@ ,'4? 4VVS=>AB= # : A 0<& <,9 =4=>: < # <: /?.>% ?8 8 ,<C 7LHZ[XLY W *FM<IJ=@>KH< F=D <H@J0 IH N / Z W 3 CJH8 CFM >8J< : ?8H>< - "1 9N]`Tj //* P + >M#ba$&`Tj * ,/* " ,1 a= * Z&fkc W # NJH<D < ;L ;JH8J<; W & @>? G<8B : KHH<EJ: 8G89@C@JO W . 9 =H<< C<8; GC8J@E> 0 F& 1 : FD GC@8EJ   

Contextual Info: 9?3,'@ 004? 4VVS=>AB= # : A 0<& <,9 =4=>: < # <: /?.>% ?8 8 ,<C 7LHZ[XLY W *FM<IJ=@>KH< F=D <H@J0 - , N / Z W 3 CJH8 CFM >8J< : ?8H>< - "1 9N]`Tj //* P + >M#ba$&`Tj *(+33 " -. a= * Z&fkc W # NJH<D < ;L ;JH8J<; W & @>? G<8B : KHH<EJ: 8G89@C@JO W . 9 =H<< C<8; GC8J@E> 0 F& 1 : FD GC@8EJ   

Contextual Info: 9?9,'@ +'4? 4VVS=>Aa # : A 0<& <,9 =4=>: < # <: /?.>% ?8 8 ,<C 7LHZ[XLY X 5 FIC;N @;< 9<JK+ &, &ba @E 2-    X*FN <JK=@>LI< F=D <I@K0 IH O / Z . "1 9N]`Tk //* P + >M#ba$&`Tk *(+.* " .2 a= * Z&glc X 3 CKI8 CFN >8K < : ?8I>< X # OKI<D < ;M ;KI8K<; X & @>? G<8B : LII<EK: 8G89@C@KP

Contextual Info: 9?,'@ ,'4? 4VVS=>AB= # : A 0<& <,9 =4=>: < # <: /?.>% ?8 8 ,<C 7LHZ[XLY X *FN <JK=@>LI< F= D <I@K0 IH O / Z X 3 CKI8 CFN >8K < : ?8I>< - "1 9N]`Tk //* P + >M#ba$&`Tk * ,/* " ,1 a= * Z&glc X # OKI<D < ;M ;KI8K<; X & @>? G<8B : LII<EK: 8G89@C@KP X . 9 =I<< C<8; GC8K@E> 0 F& 1 : FD GC@8EK   

Contextual Info: 9?,'@ 004? 4VVS=>AB= # : A 0<& <,9 =4=>: < # <: /?.>% ?8 8 ,<C 7LHZ[XLY X *FN <JK=@>LI< F= D <I@K0 IH O / Z X 3 CKI8 CFN >8K < : ?8I>< - "1 9N]`Tk //* P + >M#ba$&`Tk *(+33 " -. a= * Z&glc X # OKI<D < ;M ;KI8K<; X & @>? G<8B : LII<EK: 8G89@C@KP X . 9 =I<< C<8; GC8K@E> 0 F& 1 : FD GC@8EK   

8G89

Abstract: fe8c
Contextual Info: 9?9,'@ ,'4? 4VVS=>Aa # : A 0<& <,9 =4=>: < # <: /?.>% ?8 8 ,<C 7LHZ[XLY X *FN <JK=@>LI< F= D <I@K0 IH O / Z X 3 CKI8 CFN >8K < : ?8I>< - "1 9N]`Tk //* + >M#ba$&`Tk * ,/* # ,1 a= * Z&glc P X # OKI<D < ;M ;KI8K<; X & @>? G<8B : LII<EK: 8G89@C@KP X . 9 =I<< C<8; GC8K@E> 0 F& 1 : FD GC@8EK   

FE8C

Contextual Info: 9?,'@ +'4? 4VVS=>AB= # : A 0<& <,9 =4=>: < # <: /?.>% ?8 8 ,<C 7LHZ[XLY X 5 FIC;N @;< 9<JK+ &, &ba @E 2-    X*FN <JK=@>LI< F=D <I@K0 IH O / Z . "1 9N]`Tk //* P + >M#ba$&`Tk *(+.* " .2 a= * Z&glc X 3 CKI8 CFN >8K < : ?8I>< X # OKI<D < ;M ;KI8K<; X & @>? G<8B : LII<EK: 8G89@C@KP

KI0C

Contextual Info: 9?9,'@ 004? 4VVS=>AE # : A 0<& <,9 =4=>: < # <: /?.>% ?8 8 ,<C 7LHZ[XLY X *FN <JK=@>LI< F= D <I@K0 IH O / Z X 3 CKI8 CFN >8K < : ?8I>< - "1 9N]`Tk //* P + >M#ba$&`Tk *(+33 " -. a= * Z&glc X # OKI<D < ;M ;KI8K<; X & @>? G<8B : LII<EK: 8G89@C@KP X . 9 =I<< C<8; GC8K@E> 0 F& 1 : FD GC@8EK   

KJ8D

Contextual Info: 9?E,'@ 004? 4VVS=>AB= # : A 0<& <,9 =4=>: < # <: /?.>% ?8 8 ,<C 7LHZ[XLY X *FN <JK=@>LI< F=D <I@K0 IH O / Z X 3 CKI8 CFN >8K < : ?8I>< - "1 9N]`Tk //* P + >M#ba$&`Tk *(+33 " -. a= * Z&glc X # OKI<D < ;M ;KI8K<; X & @>? G<8B : LII<EK: 8G89@C@KP X . 9 =I<< C<8; GC8K@E> 0 F& 1 : FD GC@8EK

Contextual Info: 9?E,'@ ,'4? 4VVS=>AB= # : A 0<& <,9 =4=>: < # <: /?.>% ?8 8 ,<C 7LHZ[XLY X *FN <JK=@>LI< F= D <I@K0 IH O / Z X 3 CKI8 CFN >8K < : ?8I>< - "1 9N]`Tk //* P + >M#ba$&`Tk * ,/* " ,1 a= * Z&glc X # OKI<D < ;M ;KI8K<; X & @>? G<8B : LII<EK: 8G89@C@KP X . 9 =I<< C<8; GC8K@E> 0 F& 1 : FD GC@8EK

Contextual Info: 3C5 +C? @Y\R>@Cb ' : .99' 64;.9(>.;?6?@<> % ><1 A0@' A: : .>E 7NJ\]ZN[ ) ;J U ) 8=6CC: A ' ;J"`_#$^Rh U C=6C8: B : CHB D9: U . IE: F' D<> 8 A: J: A  0 F6H: 9 *( L ) >J   0 ),( ^" ) >J   0 *-( $; )&- 7 U  J6A6C8=: F6H: 9 U , I6A> ;> : 9 688DF9>

Contextual Info: 9?3,'@ 004? 4VVS=>AB=฀#:A0<฀&<,9=4=>:< #<:/?.>฀%?88,<C 7LHZ[XLY W฀*FM<IJ฀=@>KH<฀F=฀D<H@J฀0-,฀N฀/Z W฀3CJH8฀CFM฀>8J<฀:?8H>< - "1฀9N]`Tj //* P + >M#ba$&`Tj *(+33  -. a= * Z&fkc W฀#NJH<D<฀;L ;J฀H8J<; W฀&@>?฀G<8B฀:KHH<EJ฀:8G89@C@JO

Contextual Info: 9?3,'@ +'4? 4VVS=>AB=฀#:A0<฀&<,9=4=>:< #<:/?.>฀%?88,<C 7LHZ[XLY X฀*FN<JK฀=@>LI<฀F=฀D<I@K฀0IH฀O฀/Z X฀3CKI8฀CFN฀>8K<฀:?8I>< - "1฀9N]`Tk //* P + >M#ba$&`Tk *(+.*  .2 a= * Z&glc X฀#OKI<D<฀;M ;K฀I8K<; X฀&@>?฀G<8B฀:LII<EK฀:8G89@C@KP

Contextual Info: 9?3,'@ ,'4? 4VVS=>AB=฀#:A0<฀&<,9=4=>:< #<:/?.>฀%?88,<C 7LHZ[XLY W฀*FM<IJ฀=@>KH<฀F=฀D<H@J฀0IH฀N฀/Z W฀3CJH8฀CFM฀>8J<฀:?8H>< - "1฀9N]`Tj //* P + >M#ba$&`Tj * ,/*  ,1 a= * Z&fkc W฀#NJH<D<฀;L ;J฀H8J<; W฀&@>?฀G<8B฀:KHH<EJ฀:8G89@C@JO

2157 ae

Contextual Info: QSFCT157/8T, 257/8T, 2157/8T, 2257/8T QS54/74FCT157T QS54/74FCT158T QS54/74FCT257T QS54/74FCT258T* High Speed CMOS Quad 2 Input Multiplexers Q QS54/74FCT2157T QS54/74FCT2158T QS54/74FCT2257T QS54/74FCT2258T* FEATURES/BENEFITS • Pin and function compatible to the 74F1/257/8

B32J

Abstract: ktbx X252 cl87
Contextual Info: '*3*&45,36&7,89&: ;/8,<=,-&>?" !"#""!$%&' %& *+,-&./012,+ ',+B-A@3A/C G92&H7=77HDE&7A7C&).&IJE&1/62@&.*:+126&/@2& :26(4)2:&>*@&0@*/:-/6,&/):&)/@@*?-/6,&"HGK&/''1(# -/,(*)6L&G92&.*:+126&/@2&9(491M&1()2/@N&!"#$%& '()*+,#-*.'/,(012&:25(-26&/5/(1/012&?(,9&6,/):/@:&

TLG-369

Abstract: TLR368 8c hx
Contextual Info: TOSHIBA {DISCRETE/OPTO} 9097250 T O S H IB A TÄ < D IS C R E T E /O P T O 99D Î> F | ^ 7 5 5 0 17237 0017537 D T -'4 \-S 3 TLG368,TLG369 Green Cfclor, 13.46 nun 0.53M) Character Height Numerical Display. « Available Both Polarity of Connections, Common Cathode or Common Arfode.

BCI82

Abstract: BC212L BC212L complementary BC182 bc182l BCI82L BC21 BC212 NPN ECB
Contextual Info: l/ K U DESCRIPTION The B C 182, B ' i 82L (N PN & BC212, B C 212L (PN P) are complem entary silicon planar epitaxial transistors for use in A F small signal amplifiers and drivers, as well as for low power universal applications. Both types feature good linearity o f D C current gain.

2SC733

Abstract: transistor 2sc733 GR 733 2sc735 2SC733 GR 2SC733-Y transistor bf 458 2SC733BL TRANSISTOR 2SC 458 TRANSISTOR 2SC 733
Contextual Info: ì / ' J D > N P N I ^ ^ r 5/? J W B h 5 > SILICON o NPN EPITAXIAL ^ TRANSISTOR 2s c 733 9 P C T £ Ä (P C T PROCES^ Audio Ampli f i e r Applications Unit in m m 05.8MAX. • 2SC735 • BJ&P-F 04.95MAX. i“o R e c o m m e n d ed for Driver Stage in Claes