mh47-k

Contextual Info: 3 .2 ± 0 .2 T / Operating temperature Temperature rise Environmental classification Resistance to soldering heat Weight 4 .5 ± 0 .3 \ 3 .2 ± 0 .2 . ; -55“C to +105BC 20aG max. 55/105/56 260°C 10 seconds full immersion 0.15g max. 1 .5 nom . L. Epoxy molded to withstand

Contextual Info: NO N0 26-26-1201 SDAE-3243-20AG NONE 20 75.29 +••» (79.25 +•.=) 2.808 3. 120 ï-*n -1191 -I9AG 19 (71.32 +•■») (75.29 +«■») 2.G52 +■•" 2.808 +■«» -1181 -I8AG 18 (67.36 +•■») (71.32 +•■*) 2.652 +■«• 2.652 +■«>» -1171

bgs2

Abstract: BGS3 tb 9207 5566-NB6S MOLEX mxj a2 ag52 SD-5566 je 243 08-B5 mxj A2 connector
Contextual Info: 10 co 'ST LO 4 .2 — DIM. A FIn n FI M M 6 |t QSO FIn n I4I5In n MM fl«l ,|CMM 6il16m FIn n 14II51 FIn n 14H51pin FI M 7|b M 10II1MM »il6M m T n 4 n n n MMn n MM lo) n I MM I 1? 13 IS IT 20 n n n MMFin MMn n !TI 18MM m 1 3I 14 B FIn n 14I516^ FIn n MMFin n n n MMFin 1BI31

04A21

Abstract: SD-5566 55b6 cr 6224 T AM 22A 1043 5566S SD5566 ru 94v0 circuit MOLEX mxj 8A
Contextual Info: 10 3 7 „8 20 39 3 3 „6 8 3 4 .8 2 9 .4 6 3 0 „6 LO CM 2 „6 8 co co 9 .6 S 4 .2 — 4 'ST DIM. A F I n n 14 II 5 1 F I n n 14 H5 1p in F I M 7|b M 10II 1 M M »il6 M m T n 4 2 1? F I n n 14 I 5 16^ M 8II9 M l"l 12 13 IS IT n n n M M F in 1BI 3 1 f,3| »i 6

Contextual Info: 10 s m R IB IN D IC A T E S C IR C U IT NO.I | n , U =^ I 5 47 43 39 34 30 26 10 I I Y I Z I p it c h T / 8 6 46 42 37 33 29 25 4 2 6 4 2 18 16 14 ,4 ,2 16 ,8 18 13 8 9 6 5 4 12 06 8 ,4 4 2 DIM B 22 20 ,8 06 22 2 0 T|f7] 0 z\(0 0 0 5 6 0 jlI i j 0 24 ,2 □ 0000

fu 9024

Abstract: bu 5027 yt 5188 FU 9024 N 5566-02AS-210 20A400 086s MOLEX mxj a2 5566 molex 5566-02A
Contextual Info: 10 I IY IZ I 5 47 43 39 34 30 26 22 8 3 9 5 6 4 2 8 6 4 2 8 6 4 DIM B 46 42 37 33 29 25 2 6 2 8 4 2 n 7 7] 0 5 -iJ 24 22 20 8 6 4 2 IO 8 6 4 2 8 6 4 2 8 6 4 2 DIM A 0 0 0 0 n 0 7 0 0 6 T0 00000 00000 00000000 10 CKTS. I6 CKTS. CKTS. 000000 000000 0 0 7 F ii 5 7 7 »IM

amphenol 31-315

Abstract: 227-1221-9 die set Instructions-C26 31-320-RFX 36650-3RFX AMPHENOL 31-326-rfx AMPHENOL bnc connector 31-315-RFX 31-321-RFX 31-326-RFX
Contextual Info: Amphenol Assembly Instructions-C26 BNC 3-PIECE CRIMP PLUGS outer ferrule bushing ◆ male contact plug body assembly ◆ used with RG-62, 71, 210 cable only Amphenol Number Hex Crimp Data Stripping Dimensions, inches mm Connector Type Cable RG-/U 36650-1003

7703407XX

Abstract: 79M12A IP238K 78242 19AK-05-883B 7703402YX 7703401XX 7915AR 5962-8778201XA IP2525
Contextual Info: MilitaryAerospace Division Military-Aerospace Division qualified linear integrated circuits S e m e la b ’s range of three terminal regulators, motor controllers, P W M s and other circuits are available to full Military specifications. For the Eu ro p ea n market, Se melab has approved much

227-1221-9

Contextual Info: Assembly lnstructions-C26 BNC Amphenol m 3-PIECE CRIMP PLUGS outer ferrule bushing ♦ male contact plug body assembly ♦ used with RG-62, 71, 210 cable only — j Amphenol Number Connector Type 36650-1003 BNC Plug Hex Crimp Data Cable RG-/U h Belden 82907, 88240

schematic diagram atx Power supply 500w

Abstract: pioneer PAL 012A 1000w inverter PURE SINE WAVE schematic diagram 600va numeric ups circuit diagrams winbond bios 25064 TLE 9180 infineon smsc MEC 1300 nu TBE schematic diagram inverter 2000w DK55 circuit diagram of luminous 600va UPS
Contextual Info: QUICK INDEX NEW IN THIS ISSUE! Detailed Index - See Pages 3-24 Digital Signal Processors, iCoupler , iMEMS® and iSensor . . . . . 805, 2707, 2768-2769 Connectors, Cable Assemblies, IC Sockets . . . . . . . . . . . 28-568 RF Connectors . . . . . . . . . . . . . . . . . . . . . . Pages 454-455

manual motor starter dimensions

Abstract: fuse 10x38
Contextual Info: IBS IP 400 ELR/MLR-F INST Mounting and Installation of the High-Grade Steel Motor Starter Data Sheet 5966B 03/2001 Scope of Validity Module view This data sheet describes the mounting and installation of high-grade steel motor starters. Mounting and installation is similar for all of the

MOLEX mxj connector

Abstract: 5328-N AE 16AG G517F MOLEX mxj a3
Contextual Info: 10 □ -K :* CODE;» MARK COLOR LEAD G1 FREE LEAD G2 FREE LEAD G3 FREE GS I GS2 GS3 GS4 LEAD FREE LEAD FREE LEAD FREE LEAD FREE G517F GS27F GS37F GS47F CONTACT AREA PLATE â WHITE GOLD * OANGE £ GOLD ft GREEN GOLD é GOLD % BROWN # GOLD 0.76/im MIN. BULE

LT 9228

Abstract: lt 6228 tny 604 lt 6224 CD 9088 5566-06a st 6062 5566-NA-GR mxj 2 connector tin 606
Contextual Info: 10 5 1.6 47 .4 4 3 .2 39 34 .8 30 .6 26 .4 22 .2 I8 I3 .8 9 .6 5 .4 46 .2 42 37 .8 33 .6 29 .4 25 .2 2I I6 .8 I2 .6 8 .4 4 .2 — 24 22 20 I8 I6 I4 I2 IO 8 6 4 2 DIM. B DIM. A CKT. SIZE 3 I i \ W \ — a — I 2 [ S Ü 3 ^ Tijfr irjfirj Tîijhë nrlnrl -a -

TWB-6001

Contextual Info: Amphenol Assembly Instructions Assembly M M CX 182-185 MCX 186-189 UHF 190-194 BNC 195, 199-207 Type N 196-197 Twinax 198 Twin BNC 208 209-211 TNC Reverse Polarity 212 Mini-UHF 213 SMA 214-226 SMB 227-229 www.amphenolcnp.com Amphenol Corporation Tel: 800-627-7100

NAIS 210

Abstract: 5569-02A 4069 IC 5569-NA
Contextual Info: 13 12 10 EN G . NO. H E A D E R M A T E R IA L 5569-N AI NYLO N 66 U L 9 4 V - 2 , CO LO R; N A T U R A L NYLO N 66 U L 9 4 V - 0 , CO LO R: N A T U R A L - N A IS NYLO N 66 U L 9 4 V - 2 , CO LO R; N A T U R A L -NAIS -2 IO NYLO N 66 U L 9 4 V - 0 , CO LO R: N A T U R A L

Contextual Info: 13 12 10 ENG. NO. 5 5 6 9 -N A I -NA I-2 IO -NAGI -N A G I-2IO -NAIGS2 -NAIGS2-2 IO -NAIGS5 5569-NAIG53-2 I0 HEADER MATERIAL NYLON 66. UL94V-2, NYLON 66, UL94V-0, NYLON 66, UL94V-2, NYLON 66, UL94V-0, NYLON 66, UL94V-2, NYLON 66, UL94V-Q, NYLON 66, UL94V-2,

16dg

Abstract: CR 1300 SA
Contextual Info: 10 No OF CCTS. 3003-N * - * o o BASE No. < o oo 3 2 VOID CODE 3 No.OF CCTS 4 VERSION —1 5 6 | 5.08+ .200 ±J004 NON-ACCUMULATIVE 7 8 9 10 RECOMMENDED P.C.B. HOLE DIMENSIONS TIPS ONLY 0 D IM n .’’F" X 11 12 13 14 AAA iji i| ' i| ' i| ' ij' 15 i| ' i| '

PH 68 52-06

Abstract: ET 6202 mxj A2 connector et 1103 5566-N 5566-02APB-2 5566-24a 39-28-1023 MOLEX mxj 8A 20A400
Contextual Info: NOTES: 1. N A T E R IA L S : HOUSING: ’B LA N K ' =NYLO N 6/6, U L94V - 2, COLOR: N A T U R A L ”210" =NYLON 6/6, U L94V - 0, COLOR: N A T U R A L ”400" =NYLON 6/6, U L94V - 0, COLOR: BLACK T E R N IN A L S : "B L A N K ” - B R A S S ”P B ” = PH O S P H E R BRONZE

064B

Abstract: 5328-N E6460
Contextual Info: 10 ÎÈ ÎB NOTES I. I5X À lJ PBTP U L 9 4 V -0 I Y d V 'j ' J t ìt t U > MATERIAL HOUSING : G.F. \57. PBTP (UL94V-0) TERMINAL : PHOSPHOR BRONZE 0 I.I4 MAX. 1.2 7 £ " J ^ ' j 7 $ y ' T - Z ? ) l AWG# 26 ~ # 28 (S3 : AWG# 28 M h iM S 6 .0 6* FOR USE WITH AWG*26 & *28 STRANDED WIRE (CONSISTS OF 7 CONDUCTORS)

nas 624

Abstract: NAS 6204 ags 904 5566-24B
Contextual Info: 4 10 5 I .6 47 .4 43 .2 39 34 .8 30 .6 26 .4 22 .2 I8 I3 .8 9 .6 5 .4 46 .2 42 37 .8 33 .6 29 .4 25 .2 2I I6 .8 I2 .6 8 .4 4 .2 DIM. B DIM. A 24 22 20 I8 I6 I4 I2 IO 8 6 4 2 — m I S E II S E ^ I 2 fË'jj'ïï' isjhë m LJ LJ LJ 6 CKTS. 6 CKTS. IS CKTS.

5320-50AT2

Abstract: mx 2262 5320-30AGS37F 34-AG 40-AG 5328-N MXJ-7 UI6008
Contextual Info: 10 sas NOTES 1. » » 2. 3. 4. 5. I\O V '-J O I5X A U PBTP UL94V-0 , H • 5-5^-JU : MATERIAL HOUSING : PBTP ( I5XG.FJ, UL94V-0, BLACK TERMINAL : PHOS.BRO. J S S W * : 1.27 . . 2> 1.14 MAX. cKUfi : AWG*26~*28 SMB : AWG*28 FOR USE WITH AWG*26 & *28 STRANDED WIRE

hep 154 silicon diode

Abstract: zy 406 transistor motorola HEP 801 hep 154 diode hep R1751 triac zd 607 2sb337 RS5743.3 F82Z hep 230 pnp
Contextual Info: SEMICONDUCTOR This guide has been prepared by the Motorola HEP technical staff to provide a cross-reference for the Hobbyist, Experimenter, and Profes­ sional service technician. The information contained herein is based on an analysis of the published specifications of each device listed. This

5566-02APB-2

Contextual Info: 10 5 I .6 47 .4 43 .2 39 34 .8 30 .6 26 A 22 .2 I8 I3 .8 9 .6 5A 46 .2 42 37 .8 33 .6 29 .4 25 .2 2I I6 .8 I2 .6 8 .4 4 .2 — 24 22 20 I8 I6 I4 I2 IO 8 6 4 2 DIM. B DIM. A CKT. S IZ E 6 CKTS. r b b r r i i_ i CKTS. I0 CKTS. i 4 6 CKTS. |T|0|T|f71Fl FIR R_ R

AM 22A 1043

Abstract: i6b3 i2Ap J403 MINI CKTS cr 6224 T 5566-NB6S
Contextual Info: 10 LO C\J 8 6 4 2 2 6 2 8 4 8 6 4 B 8 6 4 2 A 5 i_i T j e □ 0 0 0 6 7 0 I_I □ 0 0 0 0 0 0 0 r ii h 12 0 83 enÌ i_i 1 is is 0 0 0 0 0 0 0 0 0 am I_I 2 0 3 4H 22 1 OU 000000 0 0 0 0 0 0 2m *000000000000 B 0 0 0 0 0 0 0000000 000000000000 2m 1