NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
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| Catalog Datasheet Results | Type | Document Tags |
| Abstract: National Semiconductor November 1998 USBN9602 USBN9602 (Universal Serial Bus) Full Speed Function Controller With DMA Support 1.0 General Description The USBN9602 USBN9602 is an integrated USB Node controller compatible with the USB Specification Versions 1.0 and 1.1. Integrated onto a single IC are the required USB transceiver with a 3.3V Regulator, Media Access Controller, USB endpoint (EP) FIFOs, a versatile 8-bit parallel interface, MICROWIRE/PLUS™ Interface and a clock generator. A total of seven FIFO ... | OCR Scan |
45 pages, |
USBN9602-28M USBN9602 M28B USBN9602 abstract |
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| Abstract: Diode capacitance t/R = 0, /= 1 MHz, i/|_|p = 50 mV 1N 4148, 1N 4446, 1 N 4448 1 N 4149, 1 N 4447, 1 N , 1N 4148 O • 1N 4149 -1N4446 -1N4446 0 ^W 1N 4447 • 1N 4448 O • 1N 4449 Silizium-Epitaxial-Planar-Dioden , Die elektrischen Daten entsprechen den Dioden: 1N 4148 o 1N 4149 1 N 4449 IN 914 IN 916 1 N 916 B , mA mW mW °C °C B 2/V.1.17/0474A2 17/0474A2 201 1N 4148 O • 1N 4149 • 1N 4446 O 1N 4447 • 1N 4448 O • 1N , specified Durchlaßspannung Forward voltage Ip- 5 mA 1 N 4448 IF= 10 mA 1 N 4148, 1 N 4149 Ip= 20 mA 1 ... | OCR Scan |
4 pages, |
Diode 1N 4148 tfk 914 1n 4148 diode 4446 diode 4148 lN914 1N4446 4148 TFK diodes 914 in 4148 diode diode IN4448 din 4448 4148 t diode IN 4148 -1N4446 1N914A -1N4446 abstract |
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| Abstract: CORP 17E D - G02T4Sb GOOTflbfl 5 - LL 4148 • LL 4448 T-63 • ¿> ? Characteristics 7j = 25 °C, unless otherwise specified Forward voltage /c 5 mA /F= 50 mA /F= 100 mA LL 4448 LL 4148 LL 4448 Min, 0.62 , AEG CORP 17E D TFlillFBIWXlKl electronic Creative Technolog es 005^45^ QaOTôb? 3 - LL 4148 LL , identical with the devices 1N 4148 respectively 1N 4448 Dimensions in mm Terminals are tin plated Cathode , CORP 17E » 0Q2T42b oacnati'ì 7 - LL 4148 • LL 4448 0 0.4 0.8 1.2 1.6 V 5 10 8 352 e ... | OCR Scan |
3 pages, |
diode f 4148 IN 4148 DIODE 4448 diode 4148 4148 diode diode 4448 4148 diode IN 4148 4148 t t 4148 diode T 4148 diode t 4148 datasheet abstract |
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| Abstract: 4148 • ÌIX 4149 • 1N 4446 AEG CORP 1N 4447 • t N 4448 • 1N 4449 -T-03'b^ too- mA 10 0.1 1 N , : Extreme fast switches r-oz-oi Features: • • 1N 4148, 1N 4446, 1N 4448 also available as "Qualified semiconductor device" according to: VG 95288 or ESA-SCC 5000 Electrically data equivalent the diodes: IN 4148 - , 17E D - 002T42b 1 N 4148 -1N 4149 -1N 4446 1 N 4447 • 1 N 4448 • 1 N 4449 GQGTöTQ 1 t-DJ-D? , 4148, IN 4446, IN 4448 1N 4149,1 N 4447,1 N 4449 Rectification efficiency VHF= 2 V, /= 100 MHz ... | OCR Scan |
4 pages, |
1n 4148 diode 4449 diode 4148 diode 4149 IN 4148 DIODE Diode N4148 4446 T 4148 n4148 N4148 N4148 abstract |
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| Abstract: 1 N 4148 Die Silizium-Diode 1 N4148 N4148 im Glasgehäuse (DO-35 DO-35) eignet wich allgemein zum Einsatz als Schaltdiode. Sie hat eine kurze Rückwärtserholzeit und eine kleine Kapazität. Typ Bestellnummer 1 N 4148 Q62702-A273-F100 Q62702-A273-F100 Grenzdaten (7"u = 25 °C) Sperrspannung Richtstrom Richtstrom bei 150°C Durchlaßstrom Stoßstrom , ¡S 1 =£25 S 5 S 50 < 4 ¿4 SS 8 493 Silizium-Schaltdiode 1 IM 4148 Temperaturabhängigkeit der , 0 0,1 0,2 03 0¿ 05 0,6 07 0,8 0,9 1 1,1 1,2 1,3 V -Uf Sperrstrom /„ = f(T„) i/R = 20 V 494 ... | OCR Scan |
2 pages, |
4148 H in 4148 A273 diode in 4148 N 4148 Diode N4148 t 4148 diode T 4148 diode 4148 n4148 diode t 4148 N4148 DO-35 Q62702-A273-F100 N4148 abstract |
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| Abstract: kept at ambient temperature 1N 4148 v=tp/T I 5 4 3 IFRM 2 tp 10 IFRM T=1/fp , Current Non-repetitive Peak Forward Surge Current at t = 1 s at t = 1 ms at t = 1 us Power , Forward characteristics mA 10 1N 4148 1N 4148 3 10 4 Tj=25 oC f=1KHz 5 2 10 2 o , leads at a distance of 8 mm from case are kept at ambient temperature mW 1000 1N 4148 Tj=25 oC f=1MHz 900 1.1 800 P tot 1N 4148 Ctot(VR ) Ctot(0V) 700 1.0 600 500 ... | Original |
4 pages, |
1n 4148 diode 1N4148 4148 t diode 1n 4148 DIODE LL4148 IN 4148 DIODE LL4148 Semtech 1N4148 rf distance measurement 1N4148 4148 1N4148 DO-34 4148 diode diode IN 4148 diode 4148 1N4148 abstract |
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| Abstract: 1N 4148 v=tp/T I 5 4 3 IFRM 2 tp 10 IFRM T=1/fp t v=0 T 5 4 3 , Current at t = 1 s at t = 1 ms at t = 1 us Power Dissipation 1) mW Junction Temperature , 4148 1N 4148 3 10 4 Tj=25 oC f=1KHz 5 2 10 2 o Tj=100 C iF 10 3 o Tj=25 , are kept at ambient temperature mW 1000 1N 4148 1N 4148 Tj=25 oC f=1MHz 900 1.1 , junction temperature nA 10 4 1N 4148 5 2 10 3 IR 5 2 10 2 5 2 10 5 VR=20V 2 ... | Original |
4 pages, |
LL4148 st 1n4148 diode IN 4148 t 4148 diode diode 4148 T 4148 ST 4148 diode st 4148 diode t 4148 1N4148-K 1N4148-K abstract |
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| Abstract: case are kept at ambient temperature 1N 4148 v=tp/T I 5 4 3 IFRM 2 tp 10 IFRM , Temperature Storage Temperature Range 1) REV. 0 at t = 1 s at t = 1 ms at t = 1 s Ptot 0.5 1 , versus forward current Forward characteristics mA 10 1N 4148 1N 4148 3 10 4 Tj=25 oC , 1N 4148 Tj=25 oC f=1MHz 900 1.1 800 P tot 1N 4148 Ctot(VR ) Ctot(0V) 700 , Corporation Leakage current versus junction temperature nA 10 4 1N 4148 5 2 10 3 IR 5 2 ... | Original |
4 pages, |
1N4148G diode 4148 1N4148G abstract |
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| Abstract: 100 LL 4148 v=tp/T I 5 4 3 IFRM 2 tp 10 IFRM T=1/fp t v=0 5 4 3 , Non-repetitive Peak Forward Surge Current at t = 1 s at t = 1 ms at t = 1 us Power Dissipation 1 , resistance versus forward current Forward characteristics 10 LL 4148 LL 4148 3 10 4 , reverse voltage Valid provided that electrodes are kept at ambient temperature mW 1000 LL 4148 LL 4148 Tj=25 oC f=1MHz 900 1.1 800 P tot Ctot(VR ) Ctot(0V) 1.0 700 600 500 ... | Original |
4 pages, |
LL4148 diode 4148 LL-34 LL4148 abstract |
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| Abstract: LL 4148, LL 4150, LL 4151, LL 4448 Surface Mount Silicon Planar Diodes Silizium-Planar-Dioden , 75 100 LL 4148 LL 4150 LL 4151 LL 4448 LL 4148 LL 4448 LL 4150 LL 4151 Max. , Sto遱trom Grenzwert t p = 1 :s Tj = 25/C IFSM Max. power dissipation Max. Verlustleistung TA = , Leiterplatte mit 25 mm2 Kupferbelag (L鰐pad) an jedem Anschlu� 1 2 32 28.02.2002 LL 4148, LL 4150 , ) IR [nA] VR [V] trr [ns] LL 4148 ... | Original |
2 pages, |
4148 IN 4151 DO-213AA 4151 diode datasheet 4448 IN 4148 diode diode 4151 diode IN 4148 T 4148 diode 4148 DO-213AA abstract |
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| Abstract | Saved from | Date Saved | File Size | Type | Download |
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| ISO-10303-21 ISO-10303-21 ISO-10303-21 ISO-10303-21; HEADER; FILE_DESCRIPTION( ( 'Unknown' ), '1' ); FILE_NAME( 'G:/_archief/Cad/_cadsoli/Produkten/T M/TM_Magneetplaten/omzetting/Magnetplate TM096 TM096 TM096 TM096 15052006.stp', 'Unknown', ( 'Unknown' ), ( 'Unknown' ), 'XStep 1.0', 'Unknown', ' ' ); FILE_SCHEMA( ( 'CONFIG_CONTROL_DESIGN' ) ); ENDSEC; DATA; #1 = DESIGN_CONTEXT( '', #401, 'design' ); #2 = APPLICATION_PROTOCOL_DEFINITION( 'INTERNATIONAL STANDARD', 'config_control_design', 1994, #401 ); #3 = PRODUCT_CATEGORY_RELATIONSHIP( 'NONE', 'NONE', #402, #403 ); #4 = DATE www.datasheetarchive.com/download/93181115-65211ZC/al2510_magnetplatte_96mm_stp.zip (AL2510_Magnetplatte_96mm.stp) |
Beckhoff | 10/11/2009 | 77.66 Kb | ZIP | al2510_magnetplatte_96mm_stp.zip |
| - Inventor 2009','Autodesk Inventor =EDGE_CURVE('',#74,#76,#80,.T.); #82=ORIENTED_EDGE('',*,*,#81,.F.); #83=CARTESIAN_POINT('',(334 =EDGE_CURVE('',#84,#74,#88,.T.); #90=ORIENTED_EDGE('',*,*,#89,.F.); #91=CARTESIAN_POINT('',(334 =EDGE_CURVE('',#84,#92,#96,.T.); #98=ORIENTED_EDGE('',*,*,#97,.T.); #99=CARTESIAN_POINT('',(333 ,#103); #105=EDGE_CURVE('',#92,#100,#104,.T.); #106=ORIENTED_EDGE('',*,*,#105,.T.); #107=CARTESIAN www.datasheetarchive.com/download/98725181-65383ZC/kl24mm.zip (KL24mm.stp) |
Beckhoff | 10/11/2009 | 103.61 Kb | ZIP | kl24mm.zip |
| ISO-10303-21 ISO-10303-21 ISO-10303-21 ISO-10303-21; HEADER; FILE_DESCRIPTION( ( 'Unknown' ), '1' ); FILE_NAME( 'G:/_archief/Cad/_cadsoli/Produkten/T M/TM_Magneetplaten/omzetting/Magnetplate TM144 TM144 TM144 TM144 15052006.stp', 'Unknown', ( 'Unknown' ), ( 'Unknown' ), 'XStep 1.0', 'Unknown', ' ' ); FILE_SCHEMA( ( 'CONFIG_CONTROL_DESIGN' ) ); ENDSEC; DATA; #1 = DESIGN_CONTEXT( '', #401, 'design' ); #2 = APPLICATION_PROTOCOL_DEFINITION( 'INTERNATIONAL STANDARD', 'config_control_design', 1994, #401 ); #3 = PRODUCT_CATEGORY_RELATIONSHIP( 'NONE', 'NONE', #402, #403 ); #4 = DATE www.datasheetarchive.com/download/40993095-65212ZC/al2520_magnetplatte_144mm_stp.zip (AL2520_Magnetplatte_144mm.stp) |
Beckhoff | 10/11/2009 | 82.2 Kb | ZIP | al2520_magnetplatte_144mm_stp.zip |
| ISO-10303-21 ISO-10303-21 ISO-10303-21 ISO-10303-21; HEADER; FILE_DESCRIPTION( ( 'Unknown' ), '1' ); FILE_NAME( '//Uranus/tecdata/_archief/Cad/_cadsoli/T .25881973616416E-015 25881973616416E-015 25881973616416E-015 25881973616416E-015, 0.000000000000000 ) ); #343 = ADVANCED_FACE( '', ( #765 ), #766, .T. ); #344 = ADVANCED_FACE( '', ( #767 ), #768, .T. ); #345 = ADVANCED_FACE( '', ( #769 ), #770, .T. ); #346 = ADVANCED_FACE( '', ( #771 ), #772, .T. ); #347 = ADVANCED_FACE( '', ( #773 ), #774, .T. ); #348 = ADVANCED_FACE( '', ( #775 ), #776, .T. ); #349 = ADVANCED_FACE( '', ( #777 ), #778, .T. ); #350 = ADVANCED www.datasheetarchive.com/download/68854171-65203ZC/al2015_primaerteil_stp.zip (AL2015_Primaerteil.stp) |
Beckhoff | 10/11/2009 | 114.46 Kb | ZIP | al2015_primaerteil_stp.zip |
| Einstellungen/jhohm/Desktop/piconet_order/6824257 SNNE-40A-0002 SNNE-40A-0002 SNNE-40A-0002 SNNE-40A-0002.stp', '2008-06-19T14 ), #488, .T. ); #78 = ADVANCED_FACE( '', ( #489 ), #490, .T. ); #79 = ADVANCED_FACE( '', ( #491 ), #492, .F. ); #80 = ADVANCED_FACE( '', ( #493 ), #494, .T. ); #81 = ADVANCED_FACE( '', ( #495 ), #496, .T. ); #82 = ADVANCED_FACE( '', ( #497 ), #498, .T. ); #83 = ADVANCED_FACE( '', ( #499 ), #500, .T. ); #84 = ADVANCED_FACE( '', ( #501 ), #502, .T. ); #85 = ADVANCED_FACE( '', ( #503 ), #504, .T. ); #86 = ADVANCED www.datasheetarchive.com/download/45429456-65486ZC/iexxx2.zip (IExxx2.stp) |
Beckhoff | 10/11/2009 | 104 Kb | ZIP | iexxx2.zip |
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Beckhoff | 10/11/2009 | 197.57 Kb | ZIP | bk20xx.zip |
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Beckhoff | 10/11/2009 | 131.81 Kb | ZIP | al2018_primaerteil_stp.zip |
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Beckhoff | 10/11/2009 | 127.84 Kb | ZIP | al2012_primaerteil_stp.zip |
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Beckhoff | 10/11/2009 | 948.16 Kb | STP | es2008.stp |
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Beckhoff | 10/11/2009 | 179.86 Kb | ZIP | ixxxx1.zip |