PN 1016 Search Results
PN 1016 Result Highlights (5)
| Part | ECAD Model | Manufacturer | Description | Download | Buy |
|---|---|---|---|---|---|
| 10160298-1111102LF | Amphenol Communications Solutions | BergStak® Secure Connector, Right Angle Header, 3x37positions, One-time use, Right Guide | |||
| 10161487-001TRLF | Amphenol Communications Solutions | Floating Board-to-Board Connector, 0.4mm Pitch Receptacle, 80 positions, Mated height equals 4.0mm | |||
| 10162582-1134109LF | Amphenol Communications Solutions | Conan® Lite 1.00mm, Board to Board connector, Header, 9 position | |||
| 10162583-411131LF | Amphenol Communications Solutions | Conan® Lite 1.00mm, Board to Board connector, Right Angle Header, 31 position | |||
| 10161021-1001P13LF | Amphenol Communications Solutions | DDR4 Memory Module Sockets,Vertical, Through Hole, 288 Position, 0.85mm (0.0335in) pitch, 30u\\ Gold on Contact Area, Standard Housing and Latch, Fork Lock |
PN 1016 Datasheets Context Search
| Catalog Datasheet | Type | Document Tags | |
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2N9303
Abstract: cbc 546 CBC 546 c 250.250 BC108A 10745 2N2483 107bbc
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300mw200mwv/10ua10ma/0+10 | |
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Contextual Info: Plastic / Metal Coupling / Sealed PART NUMBER: 192990-1540 Image Disclaimer: Please use Customer Drawing for design activity: line art and other pictures are general representations of product dimensions. |
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tr12ahc1n | |
X021Contextual Info: Crimp-Validation product: DELPHI PN 15396706 material: surface: material thickness: CUFE2P SN 0,32 mm cross section [mm²]: 0,35 + 0,35 | 0,35 + 0,5 | 0,5 + 0,5 | 0,35 + 0,75 0,5 + 0,75 strip length: 4,00 mm cable type: insulation ø [mm]: FLRY-B seal: conductor dimension |
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x021 | |
transistor cross reference
Abstract: MPT3N40 Westinghouse SCR handbook LT 8224 ZENER DIODE sje389 N9602N npn transistor RCA 467 TFK 7 segment displays PUT 2N6027 delco 466
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transistor cross referencempt3n40westinghouse scr handbooklt 8224 zener diode+6 | |
hosiden lcd
Abstract: 8 Pinout monochrome lcd diagram LCD monochrome 14 pin 15 Pinout monochrome lcd STP3030
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stp3030l648251152x9008-bit/10+6 | |
ps2 female to usb
Abstract: ps2 db9 5V RS232 Driver USB connector capacitive touch screen controller leopard SXU00 usbtouchscreen serial db9 connector Capacitive touch screens DAWAR
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rs232ps2 female to usbps2 db95v rs232 driver usb connector+7 | |
RF MODULE 434Mhz
Abstract: circuit diagram for simple RF transmitter 868mhz circuit diagram of rf transmitter and receiver long distance RF remote control circuit diagram CDP-TX-04S mobile MOTHERBOARD CIRCUIT diagram uhf pcb antenna FM radio CIRcuit pcb fm based short range wireless communication tx 434 rf module pin 6
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cdp-tx-04srf module 434mhzcircuit diagram for simple rf transmitter 868mhzcircuit diagram of rf transmitter and receiver long distance+6 | |
whip antenna
Abstract: RF MODULE CIRCUIT DIAGRAM 434 mhz CDP-TX-04S-R 470M CDP-TX-02 CDP-TX-04S RF pcb antenna 434 RF receiver 434 Mhz antenna 434 long range fm transmitter
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cdp-tx-04s-rcdt21whip antennarf module circuit diagram 434 mhz+7 | |
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Contextual Info: 26.5 GHZ HAND FORMABLE .086 COAX CABLES 50 Ohm DC-26.5 GHz Hand Formable Coaxial Cables Features: Center Conductor: Silver-plated copper wire Outer Braid: Tin-soaked copper braid, 100% coverage Insulation: PTFE Polytetraluoroethylene dielectric Cable Outer Dia.: |
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dc-26ccsma265-mm-086-12 | |
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Contextual Info: Flanged chemical seals series D820-824-825 Chemical seals with built-in flange Flange facing and diaphragm of the same material D824, D825 Fluid temperature from -60 to +400°C D820 DN ≤ 25 mm D820 DN > 25 mm Designed for process, chemical, petrochemical, petroleum, power, waste |
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d820-824-825 | |
relay TRK 1703
Abstract: hall 04E trk 1703 TOP 242 PN relay TRK 1203 rda 1486 balanced modulator ic 1496 SX043 trk 1203 SX042
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sx041sx042sx043relay trk 1703+7 | |
connectors
Abstract: 2Pfg1169 6-1394461-2 connector 10-32-UNC Solar PV connector Tyco 1740379-2 NEC USA
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connectors2pfg11696-1394461-2 connector10-32-unc+3 | |
150-0121vr
Abstract: 150-0121V VRCI-P-100A linear velocity transducers mil-R-39023 161-0461H 160-0321L 150-0121 S021B 160015-G1
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s021bs021q150-0121vr150-0121v+7 | |
TYCO electronics marking code date
Abstract: PN 1016 tyco date code format national marking date code TRACE CODE ON BOX PACKING LABEL national marking code MARKING bj
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22jul09tec-107-211tyco electronics marking code datepn 1016+5 | |
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Sn97Ag3
Abstract: rv0603
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08-apr-05sn97ag3rv0603 | |
Sn97Ag3
Abstract: 60022 PN 1016 10R0 25PPM Sn60Pb40 solder rv0603
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08-apr-05sn97ag360022pn 1016+4 | |
LAN8710
Abstract: OMAP-L138 SOM-M1 Zoom OMAP-L138 Development Kit User Manual Dual Supply From Single Battery Source OMAP-L138 setup USB TMS320C6748 dsp schematic C6748 TMS320C6748 errata GP814
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omap-l138lan8710som-m1zoom omap-l138 development kit user manual+6 | |
1102855-1
Abstract: 111-05000 Kontakte crimp Werkstoff RSZ.BAS 1102855-6 buchse jpt connectors 2-1105001-3 Crimpkontakte 0-0539668-2
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75mm21102855-1111-05000kontakte crimp werkstoff+7 | |
Transistor 2SA 2SB 2SC 2SD
Abstract: S-AU27M S2000A inverter P4005 S-AV21H S-AU27 3182N 2sb 834 transistor Transistor 2SC4288A Drive IC 2SC3346
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o-126t0-220abo-2202sc4544+13 | |
j2y transistor
Abstract: T15J10 MP4704 MG100M2CK1 2sb834 MP3103 MG50J6ES91 MP3002 mp4505 2sc497
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o220abo-126j2y transistort15j10+8 | |
ISO 13359
Abstract: 2501 optocoupler apparatebau hundsbach AH 77270 digitable ABB TZN 124 COPA-X Contrans I V 17151-62 DT47F EN 1.4539
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d184s043u02fxt4000iso 133592501 optocoupler+8 | |
smd code s408
Abstract: ESCC 4001/026 PERKINELMER FLASH TUBE trigger module perkin perkin H20-060-24 solder wire SN97AG3 ic s408 smd NTC 15D PHR0603
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vse-db0096-0711smd code s408escc 4001/026perkinelmer flash tube+7 | |
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Contextual Info: Microelectronics Reliability 46 2006 713–730 www.elsevier.com/locate/microrel Introductory Invited Paper Reliability and performance limitations in SiC power devices Ranbir Singh * GeneSiC Semiconductor Inc., 42652 Jolly Lane, South Riding, VA 20152, United States |
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Contextual Info: artville Opportunities and Challenges in Realizing the Full Potential of SiC Power Devices Ranbir Singh and Michael Pecht 1932-4529/08/$25.00©2008 IEEE E volutionary improvements in silicon Si power devices through better device designs, processing techniques, and material quality have |
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r1996xvi-14 | |