CA3-SK 20 Search Results

bs 5424 schneider

Abstract: CA3SK20BD CA3SK CA3SK20 CA3-SK 20 IEC 60947 VDE 0660 bs 5424 VDE 0660 BS 5424 bs 5424 schneider VDE 0660 schneider bs 5424
Contextual Info: Product data sheet Characteristics CA3SK20BD contactor - TeSys K, D, S - CA3-SK - 10 A instantaneous - 24 V DC Range of product Mini-control relay Product or component type Control relay Device short name CA3SK Contactor application Control circuit Utilisation category

bs 5424 schneider

Abstract: CA3SK11BD bs 5424 IEC 60947 VDE 0660 CA3SK11 schneider bs 5424 CA3SK VDE 0660 BS 5424 IEC 60947-5-1 schneider 690V
Contextual Info: Product data sheet Characteristics CA3SK11BD contactor - TeSys K, D, S - CA3-SK - 10 A instantaneous - 24 V DC Range of product Mini-control relay Product or component type Control relay Device short name CA3SK Contactor application Control circuit Utilisation category

TD2A

Abstract: B7S2 BSN10A TLC2272 4066 74AC04 MAX232N DATASHEET TD1A S1 UM1 MAX232N
Contextual Info: 20k CCW G N D 1 CONS1:4 CONS1:3 2 3 QP3 MPS2907A XM1 10MHz 2 A 1 3 14 n/c 15 MCLR 1N5242B 2 35 12 VCC QO1 DS1 1N5817 VN2222LL DO1 AOUT1 AOUT2 TRIGGER VREF TP2 XO1 GND GND <OSC2 MCLR VDD VDD 3 4 5 6 7 8 22p 44 43 42 41 39 38 37 36 TD1A TD1B TD2A TD2B DISCH

208G

Abstract: DLH36223 472O
Contextual Info: sv|rt7ryu 1{,w6 2/y+{3 y~w1wy3{1*23*y2 =_T[W`f fW_bWdSfgdW < /62 KSfWV ha^fSYW< 472O=> fa 92 KSfWV UgddW`f < 9= ,bWd ba^W- ?[W^WUfd[U efdW`YfZ _[`0 < 4222O=> ,TWfiWW` [`bgf + agfbgf- KWfS[`Wd fkbW < 3:AA/C6 ,I^Sef[U dWfS[`Wd3:AA/C7 ,LfWW^ dWfS[`Wd- ShS[^ST^W

Ic 551 G circuit

Abstract: 208G DLH36223 n fa 223
Contextual Info: sv|rt7ryu 1{,w6 2/y+{3 y~w1wy3{1*23*y2 =_T[W`f fW_bWdSfgdW < /62 KSfWV ha^fSYW< 472O=> KSfWV UgddW`f < fa 92 9= ,bWd ba^W- ?[W^WUfd[U efdW`YfZ _[`0 < 4222O=> ,TWfiWW` [`bgf + agfbgf- KWfS[`Wd fkbW < 3:AA/C6 ,I^Sef[U dWfS[`Wd3:AA/C7 ,LfWW^ dWfS[`Wd- ShS[^ST^W

208G

Abstract: DLH36223
Contextual Info: ru{{qs6qxt 0z+v5 1.x*z2 x}v0vx2z0~12~x1 =_T[W`f fW_bWdSfgdW < /62 KSfWV ha^fSYW< 472O=> KSfWV UgddW`f < fa 92 9= ,bWd ba^W- ?[W^WUfd[U efdW`YfZ _[`0 < 4222O=> ,TWfiWW` [`bgf + agfbgf- KWfS[`Wd fkbW < 3:AA/C6 ,I^Sef[U dWfS[`Wd3:AA/C7 ,LfWW^ dWfS[`Wd- ShS[^ST^W

208G

Abstract: DLH36223 3J-6
Contextual Info: ru{{q s6q xt 0z+v5 1.x*z2 x}v0vx2z0~12~x1 =_T[W`f fW_bWdSfgdW < /62 KSfWV ha^fSYW< 472O=> KSfWV UgddW`f < fa 92 9= ,bWd ba^W- ?[W^WUfd[U efdW`YfZ _[`0 < 4222O=> ,TWfiWW` [`bgf + agfbgf- KWfS[`Wd fkbW < 3:AA/C6 ,I^Sef[U dWfS[`Wd- FSd]Wd fkbW< 3:AA/F3 3:AA/C7 ,LfWW^ dWfS[`Wd- ShS[^ST^W

208G

Abstract: DLH36223
Contextual Info: ru{{qs6qxt 0z+v5 1.x*z2 x}v0vx2z0~12~x1 =_T[W`f fW_bWdSfgdW < /62 KSfWV ha^fSYW< 472O=> fa 92 KSfWV UgddW`f < 9= ,bWd ba^W- ?[W^WUfd[U efdW`YfZ _[`0 < 4222O=> ,TWfiWW` [`bgf + agfbgf- KWfS[`Wd fkbW < 3:AA/C6 ,I^Sef[U dWfS[`Wd3:AA/C7 ,LfWW^ dWfS[`Wd- ShS[^ST^W

208G

Abstract: DLH36223
Contextual Info: sv|r t7r yu 1{,w6 2/y+{3 y~w1wy3{1*23*y2 =_T[W`f fW_bWdSfgdW < /62 KSfWV ha^fSYW< 472O=> fa 92 KSfWV UgddW`f < 9= ,bWd ba^W- ?[W^WUfd[U efdW`YfZ _[`0 < 4222O=> ,TWfiWW` [`bgf + agfbgf- KWfS[`Wd fkbW < 3:AA/C6 ,I^Sef[U dWfS[`Wd3:AA/C7 ,LfWW^ dWfS[`Wd- ShS[^ST^W

BAW 43

Abstract: ic 22D 208G DLH36223 baw 92
Contextual Info: sv|r t7r yu 1{,w6 2/y+{3 y~w1wy3{1*23*y2 =_T[W`f fW_bWdSfgdW < KSfWV ha^fSYW< KSfWV UgddW`f < /62 fa 92 472O=> 9= ,bWd ba^W- ?[W^WUfd[U efdW`YfZ _[`0 < 4222O=> ,TWfiWW` [`bgf + agfbgf- KWfS[`Wd fkbW < 3:AA/C6 ,I^Sef[U dWfS[`Wd3:AA/C7 ,LfWW^ dWfS[`Wd- ShS[^ST^W

208G

Abstract: DLH36223
Contextual Info: ru{{q s6q xt 0z+v5 1.x*z2 x}v0vx2z0~12~x1 =_T[W`f fW_bWdSfgdW < /62 KSfWV ha^fSYW< 472O=> fa 92 KSfWV UgddW`f < 9= ,bWd ba^W- ?[W^WUfd[U efdW`YfZ _[`0 < 4222O=> ,TWfiWW` [`bgf + agfbgf- KWfS[`Wd fkbW < 3:AA/C6 ,I^Sef[U dWfS[`Wd3:AA/C7 ,LfWW^ dWfS[`Wd- ShS[^ST^W

208G

Abstract: DLH36223
Contextual Info: rtzzq s5q ws /y*u4 0-w~y1 w|u/uw1y/}01}w0 =_T[W`f fW_bWdSfgdW < KSfWV ha^fSYW< KSfWV UgddW`f < /62 fa 92 472O=> 9= ,bWd ba^W- ?[W^WUfd[U efdW`YfZ _[`0 < 4222O=> ,TWfiWW` [`bgf + agfbgf- KWfS[`Wd fkbW < 3:AA/C6 ,I^Sef[U dWfS[`Wd3:AA/C7 ,LfWW^ dWfS[`Wd- ShS[^ST^W

208G

Abstract: DLH36223
Contextual Info: ru{{q s6q xt 0z+v5 1.x*z2 x}v0vx2z0~12~x1 =_T[W`f fW_bWdSfgdW < KSfWV ha^fSYW< KSfWV UgddW`f < /62 fa 92 472O=> 9= ,bWd ba^W- ?[W^WUfd[U efdW`YfZ _[`0 < 4222O=> ,TWfiWW` [`bgf + agfbgf- KWfS[`Wd fkbW < 3:AA/C6 ,I^Sef[U dWfS[`Wd3:AA/C7 ,LfWW^ dWfS[`Wd- ShS[^ST^W

K723

Abstract: 208G DLH36223
Contextual Info: su{{r t6r xt 0z+v5 1.x*z2 x}v0vx2z0~12~x1 =_T[W`f fW_bWdSfgdW < KSfWV ha^fSYW< KSfWV UgddW`f < /62 fa 92 472O=> 9= ,bWd ba^W- ?[W^WUfd[U efdW`YfZ _[`0 < 4222O=> ,TWfiWW` [`bgf + agfbgf- KWfS[`Wd fkbW < 3:AA/C6 ,I^Sef[U dWfS[`Wd3:AA/C7 ,LfWW^ dWfS[`Wd- ShS[^ST^W

Contextual Info: 1 M B I2 0 0 F -12 0 2 0 0 A IG B T l£ f M ’& i i : Outline Drawings - ; u IGBT MODULE • M : Features • L o w S a tu ra tio n V o lta g e • W B E tt ( M O S * - m » i§ ) • V o lta g e D rive V ariety o f P o w e r C apacity Series i : Applications

P057C

Abstract: P050C P052C P060C p055 power transistor P056C P062C P054C P005 p048
Contextual Info: " L # I-C u b e IQ Fam ily Data Sheet m F eatures D e s c r ip tio n • SRAM -based, in-system programmable The IQ family of SRAM -based bit-oriented switching devices is • Switch Matrix manufactured using 0.6|jm C M O S processes. T hese devices — Non-Blocking

Contextual Info: 1-Cube IQ Family Data Sheet Description Features • E ight d evices ra n g in g from 32 to 320 I / O P orts • SR A M -based P ro g ra m m in g for In-system R econfigurability • Sw itch M atrix A rchitecture • N on-blocking • P redictable & U niform D elays

MSM6388GS-2K

Abstract: MSM6386 MSM8388
Contextual Info: O K I Semiconductor I n a i v i v o o o ADPCM Solid-State Recorder 1C GENERAL DESCRIPTION The MSM6388 is a "solid-state recorder" IC developed using ADPCM Adaptive Differential Pulse Code Modulation technology. W hen an external microphone such as a speaker driving amplifier,

p055 TRANSISTOR

Abstract: P029H H27 j1 3009 transistor P239 P239 9 318 ITT ZPY ZPY 91 ITT P109t P104t P182C
Contextual Info: & 1-Cube IQ Family Data Sheet Description Features The IQ devices are designed for use in switching and interconnect applications. In switching applications, these devices are used to dynamically switch one or more signals. When used in interconnect applications, the IQ devices

RJP 3045

Abstract: Transistor z3p NP02 P104t str 1195 P022J I-CUBE iq P116C RP011 7805 v5
Contextual Info: M Ä ' I- C IQ Family Data Sheet u b e Features Description • Eight d evices ran gin g from 32 to 320 I / O Ports The IQ d evices are designed for use in sw itching and interconnect applications. In sw itching applications, these d evices are used to d ynam ically sw itch one or m ore signals. W hen

FST 460 transistor

Abstract: 80c85 UTM RESISTOR 210-9 sc2305 Transistor FST 461 QFP44-P-910-V1K Transistor FST 460 MSM6258
Contextual Info: O K I Semiconductor ISM6258/MSM6258V ADPCM S P E E C H P R O C E S S O R FO R SO LID ST A T E R E C O R D E R TO C U S T O M ER S FO R NEW C IR C U IT DESIGN For a new circuit design, it is recommended to use not the M SM 6258, but the M SM 6388/ M SM 6588 as described later.

Data Vision P135

Abstract: I-CUBE Dp028d data vision p113 p039 tms 9980 processor P112-P115 4J, P113 5 PIN ln 7805 RG 5 OASIS
Contextual Info: I-Cube PSX Family Data Sheet Features Description SRAM-based, In-system Programmable Switch Matrix - Non-Blocking - Programmable Bus Widths of 4 ,8 ,1 6 and 32 bits - Identical and Predictable Delays - One-to-One, One-to-Many and Many-toOne Connections - RapidConnect parallel interface for

P108t

Abstract: p055 TRANSISTOR P210 P106t p055 power transistor pb416 P089 ior p237 ior p135 P017H
Contextual Info: À I Cube IQ Fam ily Data Sheet Features Description • E ig h t d e v ic e s r a n g in g fro m 32 to 320 I / O P o rts • S R A M - b a s e d P r o g r a m m in g fo r In - s ys te m R e c o n f ig u r a b ilit y • S w it c h M a t r ix A r c h ite c t u r e

ic 7485

Abstract: pin diagram for IC 7485 pin diagram for IC 7485 input id pin diagram ic 7485 7485 aa ci 7485
Contextual Info: PRELIMINARY CYPRESS SEMICONDUCTOR CYM7485 128K Write-Through Secondary Cache Module Features Functional Description • 128-Kbyte direct-mapped, writethrough, zero-wait-state secondary cache module • Operates with 33-MHz Intel 486 pro­ cessors • Uses low-cost CMOS asynchronous