DJ 95 Search Results

double coil latching relays

Abstract: 250V 16A. Matsushita ADJ15005 ADJ15006 ADJ15012 ADJ15024 ADJ15048 ADJ25005 ADJ25006 ADJ25012
Contextual Info: DJ ADJ VDE pending 16A, COMPACT AND HIGH INSULATION POWER LATCHING RELAY DJ RELAYS (ADJ) FEATURES Without test button With test button RoHS Directive compatibility information http://www.nais-e.com/ 1. Variety of contact arrangements Wide lineup of 1 Form C, 1 Form A,

J01001C0045

Contextual Info: www.teleqaertner.com Fax: +49 7157 125-120 Phone: +49 7157 125-0 Germany Kabel G 8: G 02232 Dj HF 50 0,5/1.5 LDYj K 02252 Dj RD-316 D— 71144 Steinenbronn interface dimensions acc. to assembly code centre conductor outer conductor panel piercing mating life

Contextual Info: 4-62}<5B1 /;A<=-6 /-8 4534 =17:1;-=>;1 41;71=5/-66A <1-610 ;16-A 42+*~* D[Wjkh[i y y y y y ?cX_[dj j[cf[hWjkh[ YWd X[ 5<4 F_]^ fkh[ d_jhe][d fhej[Yj_ed F_]^ WcX_[dj Wffb_YWX_b_jo ?bb c[jWb m[bZ[Z YedijhkYj_ed F[hc[j_YWbbo m[bZ[Z WdZ cWha[Z Xo bWi[h Aed\ehc je EH@5486?16446 .Cgk_lWb[dj je KGJ1O19;9;/

E224053

Abstract: DJ-008
Contextual Info: CirCUlar Din JaCKs PC boArD AND PANel moUNT Adam Technologies, Inc. DJ SerieS INTRODUCTION: Adam Tech DJ Series Circular DIN Jacks continue to be a popular interface for many applications. They are especially suitable for applications that require reliable transfer of low level signals.

E224053

Abstract: jacks footprint
Contextual Info: CirCUlar Din JaCKs PC boArD AND PANel moUNT Adam Technologies, Inc. DJ SerieS INTRODUCTION: Adam Tech DJ Series Circular DIN Jacks continue to be a popular interface for many applications. They are especially suitable for applications that require reliable transfer of low level signals.

k 2056

Contextual Info: www.teleqaertner.com 125-120 7157 Fax: +49 125-0 7157 Phone: +49 Germany 35 in Mechanical characteristics Mechanische Eigenschaften cables Kabel G 8i G 02232 Dj HF 50 0,5/1,5 LDYj K 02252 Dj RD—316 interface dimensions acc. to assem bly code centre conductor

DJP-008-A

Abstract: DJ-005 E224053 DJ 551
Contextual Info: CirCUlar Din JaCKs PC boArD AND PANel moUNT Adam Technologies, Inc. DJ SerieS INTRODUCTION: Adam Tech DJ Series Circular DIN Jacks continue to be a popular interface for many applications. They are especially suitable for applications that require reliable transfer of low level signals.

E224053

Contextual Info: CIRCULAR DIN JACKS PC BOARD AND PANEL MOUNT Adam Technologies, Inc. DJ SERIES INTRODUCTION: Adam Tech DJ Series Circular DIN Jacks continue to be a popular interface for many applications. They are especially suitable for applications that require reliable transfer of low level signals.

E224053

Contextual Info: CIRCULAR DIN JACKS PC BOARD AND PANEL MOUNT Adam Technologies, Inc. DJ SERIES INTRODUCTION: Adam Tech DJ Series Circular DIN Jacks continue to be a popular interface for many applications. They are especially suitable for applications that require reliable transfer of low level signals.

DJ-1500

Abstract: DJ-1502 DJ-500 DJ-501 DJ-502 DJ-503 DJ-504 ISO-14001 TS-16949
Contextual Info: DJ Series • Low Cost Linear Storage Chokes DJ Series Storage Chokes offer high storage capacity in a compact, low cost design. Used primarily in switchedmode power supplies where low losses are essential at high pulse frequencies. Features • High storage capacity to 5000µJoules in compact size

Contextual Info: xwz *9~0* 03*/ y -462 * /,62,80*}11< 7,}1,+ ,1,*864 2}.3,80* 6,1}< ;08/ *401 86}370,38 79556,77043 /-{zxx -@=JKH@I ] ] ] ] ] ] ] EehY[ XWbWdY[Z jof[ T_j^ Ye_b jhWdi_[dj ikffh[ii_ed 9@ YedjWYji im_jY^_d] YWfWX_b_jo EW_bkh[ hWj[ YWd X[ b[l[b J G_]^ WcX_[dj Wffb_YWX_b_jo

S629

Abstract: bvd 94
Contextual Info: <;> COUPQAJ CAL = FMOK C HEOKEQICAJJU PEAJED EJECQOM KAGLEQIC OEJAU TIQH CMIJ QOALPIELQ PRNNOEPPIML HF?=<< FZVdebZc T_j^ Ye_b jhWdi_[dj ikffh[ii_ed JeWZ YWd X[ 6@ 6<SZ2Y2 EW_bkh[ hWj[ b[l[b YWd X[ b[l[b K G_]^ WcX_[dj Wffb_YWX_b_jo C_eZ[ _di_Z[ @bb c[jWb m[bZ[Z YedijhkYj_ed

S629

Contextual Info: <;> COUPQAJ CAL = FMOK C HEOKEQICAJJU PEAJED EJECQOM KAGLEQIC OEJAU TIQH CMIJ QOALPIELQ PRNNOEPPIML HF?=<< FZVdebZc T_j^ Ye_b jhWdi_[dj ikffh[ii_ed JeWZ YWd X[ 6@ 6<SZ2Y2 EW_bkh[ hWj[ b[l[b YWd X[ b[l[b K G_]^ WcX_[dj Wffb_YWX_b_jo C_eZ[ _di_Z[ @bb c[jWb m[bZ[Z YedijhkYj_ed

ELECTRIC MOTOR 24V DC

Abstract: ADJ15005 ADJ15006 ADJ15012 ADJ15024 ADJ15048 ADJ25005 ADJ25006 ADJ25012 ADJ25024
Contextual Info: DJ ADJ VDE 16A, COMPACT AND HIGH INSULATION POWER LATCHING RELAY DJ RELAYS (ADJ) FEATURES Without test button With test button 1. Variety of contact arrangements Wide lineup of 1 Form C, 1 Form A, 1 Form B, 2 Form C, 2 Form A, 2 Form B, 1 Form A 1 Form B.

TCH-80

Abstract: TANT .1 uf GU1041 R04350B TCCH-80 M89280
Contextual Info: REV ECN No. OR A B M89280 M90577 M102713 REVISIONS DESCRIPTION DATE DR AUTH 12/31/03 MMG NEW RELEASE TCCH-80 WAS TCH-80 IN TITLE 01/19/04 AV 01/12/06 GF ADDED ".WITH SMOBC” DJ DJ IL SUGGESTED MOUNTING CONFIGURATION FOR GU1041 C A SE STYLE. ”pe” PIN CONNECTION

Contextual Info: DJ ADJ VDE pending 16A, COMPACT AND HIGH INSULATION POWER LATCHING RELAY DJ RELAYS (ADJ) FEATURES Without test button With test button 1. Variety of contact arrangements Wide lineup of 1 Form C, 1 Form A, 1 Form B, 2 Form C, 2 Form A, 2 Form B, 1 Form A 1 Form B.

double coil latching relays

Abstract: 48v to 5v dc schematic 5v dc relay diagram double coil latching relays relay 48v dc matsushita 16A 250V ADJ22012 ADJ54024 ELECTRIC MOTOR 24V DC relay 48v dc ups PURE SINE WAVE schematic diagram
Contextual Info: DJ ADJ VDE 16A, COMPACT AND HIGH INSULATION POWER LATCHING RELAY DJ RELAYS (ADJ) FEATURES Without a test button 1. Variety of contact arrangements Wide lineup of 1 Form C, 1 Form A, 1 Form B, 2 Form C, 2 Form A, 2 Form B, 1 Form A 1 Form B. 2. Latching operation

wj 69

Contextual Info: 4 <K;B< BE<A 5 ?FHD < A>HD>JB<:CCN I>:C>= H>C:N MBJA <FBC JH:EIB>EJ IKGGH>IIBFE A?8647 ?RO\]ZR[ . . . . . . . EehY[ XWbWdY[Z jof[ T_j^ Ye_b jhWdi_[dj ikffh[ii_ed 69@ YedjWYji im_jY^_d] YWfWX_b_jo EW_bkh[ hWj[ YWd X[ b[l[b J G_]^ WcX_[dj Wffb_YWX_b_jo @bb c[jWb m[bZ[Z YedijhkYj_ed

A13A

Abstract: bz ae1 fd446 318T
Contextual Info: A=+. 85?;5A931:E @51:54 ?5:1E D9A8 3=9: A?1<@95<A @B>>?5@@9=< 86/,- D[Wjkh[i z z z z z DW_bkh[ hWj[ YWd X[ J[l[b K Gdj[hdWb Z_eZ[ \eh Ye_b jhWdi_[dj ikffh[ii_ed fhej[Yj_ed F_]^ WcX_[dj Wffb_YWX_b_jo ?bb c[jWb m[bZ[Z YedijhkYj_ed F[hc[j_YWbbo m[bZ[Z WdZ cWha[Z Xo bWi[h

pj 929

Abstract: CD 910 transistor CD 910 r524 63gp
Contextual Info: yw| ,;+2, 25,1 { /684 , 1.84.:2,*33> 9.*3.- 8.3*> =2:1 ,623 :8*592.5: 9;778.99265 1/}|xz /B?LMJBK R R R R R R R EehY[ XWbWdY[Z jof[ T_j^ Ye_b jhWdi_[dj ikffh[ii_ed 9@ YedjWYji im_jY^_d] YWfWX_b_jo EW_bkh[ hWj[ YWd X[ b[l[b J G_]^ WcX_[dj Wffb_YWX_b_jo @bb c[jWb m[bZ[Z YedijhkYj_ed

GP 829

Abstract: j146
Contextual Info: /-{ywz w *9~0* 03*/ x -462 * /,62,80*}11< 7,}1,+ 6,1}< -@=JKH@I [ [ [ [ [ [ [ EehY[ XWbWdY[Z jof[ T_j^ Ye_b jhWdi_[dj ikffh[ii_ed 54@ YedjWYji im_jY^_d] YWfWX_b_jo EW_bkh[ hWj[ YWd X[ b[l[b J G_]^ WcX_[dj Wffb_YWX_b_jo @bb c[jWb m[bZ[Z YedijhkYj_ed G[hc[j_YWbbo m[bZ[Z WdZ cWha[Z Xo bWi[h

r627

Abstract: 63gp gp 542 pj 929 4GKA
Contextual Info: 0.|{xz xwy +:*1+ 14+0 x .573 + 0-73-91+~22= 8-~2-, 7-2~= .A>KLIAJ ] EehY[ XWbWdY[Z ] 69@ YedjWYji im_jY^_d] YWfWX_b_jo ] EW_bkh[ hWj[ YWd X[ b[l[b J ] G_]^ WcX_[dj Wffb_YWX_b_jo ] @bb c[jWb m[bZ[Z YedijhkYj_ed ] G[hc[j_YWbbo m[bZ[Z WdZ cWha[Z Xo bWi[h Bed\ehc je FIA6<<<1=; .Dgk_lWb[dj je KHJ1NOE1<797:/

PJ 956

Abstract: pj 929
Contextual Info: yw{ +:*1+ 14+0 z .573 + 0-73-91+~22= 8-~2-, 7-2~= <190 +512 97~481-49 8:667-88154 0.|{xy .A>KLIAJ Q Q Q Q Q Q Q EehY[ XWbWdY[Z jof[ T_j^ Ye_b jhWdi_[dj ikffh[ii_ed 54@ YedjWYji im_jY^_d] YWfWX_b_jo EW_bkh[ hWj[ YWd X[ b[l[b J G_]^ WcX_[dj Wffb_YWX_b_jo @bb c[jWb m[bZ[Z YedijhkYj_ed

Contextual Info: 2 3 4 1 ± 0 .0 5 MD O <&- 3 3 .-05 m 26.67 ± 0 .0 5 3 .S 1 00 r- OUTLINE OF H E A D E R i :U H O U SI N G O ±0. 1 •? 12 - 01.1 ■ dj 11 - D IA 1. 1±0.1 1 2 P L A C E S ^ CIRCUIT S- :Z- ÏCM ^OO : Dj Q : NO ^ 4 -