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profile wave soldering Datasheets Context Search

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NTC TH1 10k

Abstract: profile wave soldering B57620C0472 IEC 60068-2-14 NTC 1008 B57619 epcos NTC 10k 5 0603 automotive B57621C0103 K3530 NTC B57621
Text: soldering profile Wave soldering profile <5% 05/02 EPCOS Temperature Measurement SMD NTC , soldering Reflow soldering profile Wave soldering profile <5% 1) The higher value applies to 220 , 95 % of terminations wetted Resistance drift after soldering Reflow soldering profile Wave , (AgPd) Cost-effective Suitable for wave and reflow soldering Options Alternative resistance , for wave and reflow soldering S S Termination t n t o 397 - 7-e Options Alternative resistance


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PDF B57619 180-mm AR25/f NTC TH1 10k profile wave soldering B57620C0472 IEC 60068-2-14 NTC 1008 B57619 epcos NTC 10k 5 0603 automotive B57621C0103 K3530 NTC B57621
profile wave soldering

Abstract: smd varistor 2600C
Text: thermal shock. 3. Wave Solder Profile Wave Soldering has the highest Solder temperature and heat , 2600C,5 seconds max Flux Non Activated. Recommended soldering temperature profile 1. Vapor Phase Solder Profile Vapor Phase Soldering has the Second highest heat transfer rate so Care must , Soldering 2.Reflow Solder Profile IR Soldering has the highest yields due to controlled heating rates , Multilayer Ceramic SMD Varistor Recommendation for Soldering Recommended solder pad layout


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PDF 2600C profile wave soldering smd varistor
Not Available

Abstract: No abstract text available
Text: Kingbright APPLICATION NOTES Soldering Pay Attention 1. We recommend manual solder operations only for repair. If a soldering iron is used, the maximum power consumption should be limited to 30W and soldering temperature should be controlled at 300°C or below with soldering time at less than 30 seconds. 2. The tip of soldering iron should not touch 6. Lamp Wave Soldering Profile . Wave Soldering 7. Precaution Before Soldering : A. Iron soldering method: W hen s o ld e rin g a lead w ire


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2002 - EPCOS 3550

Abstract: EPCOS Soldering Profile B57621 K2903 NTC B57621 smd code 3520 NTC 1008 ntc 60 epcos ntc 10 epcos SMD NTC Thermistors
Text: / (3 ± 0,3) s (235 ± 5) °C / (2 ± 0,2) s Reflow soldering profile Wave soldering profile 61 No visible damage <5% Resistance to soldering heat: (260 ± 5) °C / (10 ± 1) s Resistance drift after soldering Remarks 05/02 <5% Herausgegeben von EPCOS AG , Features I Silver palladium termination (AgPd) I Cost-effective I Suitable for wave and reflow soldering


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PDF B57621 TNT0398-F 180-mm EPCOS 3550 EPCOS Soldering Profile B57621 K2903 NTC B57621 smd code 3520 NTC 1008 ntc 60 epcos ntc 10 epcos SMD NTC Thermistors
2002 - EPCOS smd Soldering Profile

Abstract: B57619 epcos ntc 10 epcos EPCOS 3550 NTC Thermistors EPCOS B57619 SMD NTC Thermistors B57619C0223 TNT0396-Y
Text: wetted Resistance to soldering heat: (260 ± 5) °C / (10 ± 1) s Resistance drift after soldering Reflow soldering profile Wave soldering profile 57 No visible damage <5% Pmax: 180 mW T , (AgPd) I Cost-effective I Suitable for wave and reflow soldering Termination TNT0396-Y


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PDF B57619 TNT0396-Y 180-mm EPCOS smd Soldering Profile B57619 epcos ntc 10 epcos EPCOS 3550 NTC Thermistors EPCOS B57619 SMD NTC Thermistors B57619C0223 TNT0396-Y
2002 - B57620 epcos

Abstract: EPCOS 2101 "3 k" ntc 2 epcos B57620C0222 B57620 Epcos 2904
Text: ,3) s (235 ± 5) °C / (2 ± 0,2) s Reflow soldering profile Wave soldering profile 1) The higher value applies to 220 ­ 1 k types. 59 No visible damage <5% Resistance to soldering heat: (260 ± 5) °C / (10 ± 1) s Resistance drift after soldering Remarks 05/02 <5 , electronics Features I Silver palladium termination (AgPd) I Cost-effective I Suitable for wave and reflow soldering Termination TNT0397-7-E Dimensions in mm Approx. weight 13 mg Options Alternative


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PDF B57620 TNT0397-7-E 180-mm B57620 epcos EPCOS 2101 "3 k" ntc 2 epcos B57620C0222 B57620 Epcos 2904
SFI1206ML120C

Abstract: sfi1206 varistor sfi fuse smd code D VOLTAGE TRANSIENT SMD fuse smd code c B 1449 transistor Transient Voltage Suppressors VOLTAGE SUPPRESSOR SMD 100S
Text: 3.0 3.5 4.0 t = time minutes 3. Wave Solder Profile Wave soldering 300 T Max , . Recommended soldering temperature profile 1. Vapor Phase Solder Profile 300 Vapor Phase soldering 245 , thermal shock. t = time minutes 4.0 4.5 Wave soldering has the highest solder temperature and , order to avoid soldering problems caused by oxidized terminals. Max. relative humidityWithout , Suppressors 6. Soldering Recommendations. C Recommended solder pad layout SFI1206ML120C A B 1.8


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PDF SFI1206ML120C packaging3000pcs/Reel. SFI1206ML120C sfi1206 varistor sfi fuse smd code D VOLTAGE TRANSIENT SMD fuse smd code c B 1449 transistor Transient Voltage Suppressors VOLTAGE SUPPRESSOR SMD 100S
2002 - EPCOS 470 060

Abstract: jis h 8502 EPCOS 3550 NTC 3470 NTC 4,7k B57331V2103 8503 diode B25 B573 B57311V2470
Text: 0,2) s 95 % of terminations wetted Resistance to soldering heat: (260 ± 5) °C / (10 ± 1) s Resistance drift after soldering Reflow soldering profile Wave soldering profile 52 Remarks 05 , soldering (change < 1 %) Options Alternative resistance ratings, resistance tol. < 5 % and B value tol


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PDF TNT0396-Y EPCOS 470 060 jis h 8502 EPCOS 3550 NTC 3470 NTC 4,7k B57331V2103 8503 diode B25 B573 B57311V2470
2002 - jis h 8502

Abstract: B57431V2332 EPCOS 3550 B57431V2333 B57421 r 8503 diode B25 B574 B57411-V2470 B57411V2331
Text: Resistance to soldering heat: (260 ± 5) °C / (10 ± 1) s Resistance drift after soldering Reflow soldering profile Wave soldering profile 55 Remarks 05/02 <1% Herausgegeben von EPCOS AG , resistance stability during soldering (change <1 %) TNT0421-1-E * Slimline version 0,9 max


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PDF TNT0421-1-E jis h 8502 B57431V2332 EPCOS 3550 B57431V2333 B57421 r 8503 diode B25 B574 B57411-V2470 B57411V2331
2001 - ysw-2-50dr

Abstract: profile wave soldering KKK155 TT100 ysw-2
Text: Profile . Fig. 3 Typical Vapor Phase Profile wave soldering This method applied molten solder to the , ( wave soldering ) step. The surface-mount components can be located on both the upper and lower sides of the board, when reflow is used. Wave soldering is suitable for through-hole components mounted on top , experienced in wave soldering (see below) such components tend to withstand several seconds immersion in , departure from coplanarity can be tolerated in the reflow method than in wave soldering because in reflow


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PDF TT100, KKK155 200oC 72-inch AG191 275oC. ysw-2-50dr profile wave soldering KKK155 TT100 ysw-2
4503 transformer

Abstract: YSW2-50DR
Text: Infrared Profile . TIME (S E C ) Fig. 3 Typical Vapor Phase Profile wave soldering This method , : reflow and wave soldering . Generally, reflow solder ing can be done when (1) there are only surface-mount , upper and lower sides of the board, when reflow is used. Wave soldering is suitable for through-hole com , experienced in wave soldering (see below), such components tend to withstand several seconds immersion in , tolerated in the reflow method than in wave soldering because in reflow the surface tension in the molten


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PDF KKK155 72-inch AG191 332-46c 800-654-794C 4503 transformer YSW2-50DR
2001 - V0402MHS03

Abstract: V0402MHS12 0402-size V0402
Text: 1.5 2.0 2.5 3.0 3.5 4.0 FIGURE 6: W AVE SOLDER PROFILE Wave soldering is the most , mount form compatible with modern reflow and wave soldering processes. Data, Diagnostic I/O Ports , Hi-Speed MHS Series Soldering Recommendations 300 MAXIMUM WAVE 260ºC The principal techniques , phase re-flow and wave soldering . Typical profiles are shown in figures 5, 6 and 7. When wave , then placed on a conv eyor and run through the soldering process to contact the wave . With IR and


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PDF 0402-size ISO9000 V0402MHS03 V0402MHS12 0402-size V0402
YSW-2-50dR

Abstract: No abstract text available
Text: infrared Profile . TIME (S E C ) Fig. 3 Typical Vapor Phase Profile wave soldering This method , : reflow and wave soldering . Generally, reflow solder ing can be done when (1) there are only surface-mount , and lower sides of the board, when reflow is used. Wave soldering is suitable for through-hole com , wave soldering (see below), such components tend to withstand several seconds immersion in molten , tolerated in the reflow method than in wave soldering because in reflow the surface tension in the molten


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PDF 72-inch AG191 YSW-2-50dR
SN 4931

Abstract: NTC Thermistor smd 103-820-2 NTC 4,7 thermistor ntc smd 0805 thermistor ntc smd B57431V2104J062 ntc 2.5 ohm ntc 60 epcos NTC Thermistor 100 Ohm
Text: profile wave soldering profile a No visible damage < 2% Solderability: 215°C/3s 235°C/2s , soldering profiles Reflow soldering profile : (according to CECC 00802) Temperature characteristics at component terminals during reflow soldering (two cycles are permitted). Wave soldering profile : Temperature characteristics at component terminals during wave soldering can be recommended once in general , environment Superior resistance stability during soldering , therefore almost no change (<1%) during soldering


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PDF B57431V2104J062 2002/95/EC 3000pcs. SN 4931 NTC Thermistor smd 103-820-2 NTC 4,7 thermistor ntc smd 0805 thermistor ntc smd B57431V2104J062 ntc 2.5 ohm ntc 60 epcos NTC Thermistor 100 Ohm
NTC 120-9

Abstract: B57621C5103 NTC Thermistor smd 431 ntc B57621 3470 ntc thermistor thermistor ntc smd ntc 005 p25 smd SMD R25
Text: ) 95% of termination wetted Resistance to soldering heat: 260°C/10s Resistance drift after soldering ISSUE DATE - 02.09.05 reflow soldering profile wave soldering profile ISSUE b , Wave soldering profile : Temperature characteristics at component terminals during wave soldering can , Data sheet 4. Recommended soldering profiles Reflow soldering profile : (according to CECC 00802 , certain hazardous substances in electrical and electronic equipment) Suitable for lead-free soldering


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PDF B57621C5103 2002/95/EC B25/100 B25/85 B57621el: 4000pcs. NTC 120-9 NTC Thermistor smd 431 ntc B57621 3470 ntc thermistor thermistor ntc smd ntc 005 p25 smd SMD R25
2267 smd

Abstract: NTC 1000 NTC 100 - 11 35-689 thermistor ntc smd ntc 005 ntc 60 epcos ntc 10 epcos 1486 SMD NTC Thermistor smd
Text: ) 95% of termination wetted Resistance to soldering heat: 260°C/10s Resistance drift after soldering ISSUE DATE - 07.07.06 reflow soldering profile wave soldering profile ISSUE a , Wave soldering profile : Temperature characteristics at component terminals during wave soldering can , Data sheet 4. Recommended soldering profiles Reflow soldering profile : (according to CECC 00802 , and electronic equipment) Suitable for lead-free soldering process Electrical Specifications Part


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PDF B57621C5102 2002/95/EC R/R25 2000pcs. 2267 smd NTC 1000 NTC 100 - 11 35-689 thermistor ntc smd ntc 005 ntc 60 epcos ntc 10 epcos 1486 SMD NTC Thermistor smd
Not Available

Abstract: No abstract text available
Text: soldering profile Wave soldering profile Page 4 o f 22 <1% EPCOS Temperature measurement and , materials) Reflow soldering profile Wave soldering profile Page 6 o f 22 <1% EPCOS Temperature , B572*V5 SMD NTC thermistors, case size 0402 (1005) Automotive series SMD Wave soldering Temperature characteristic at component terminal with dual wave soldering Time Solder joint profiles for , soldering heat MIL-STD-202, method 210 Dip: 260 «€; 10 s 1 heat cycle <1% ESD AEC-Q200


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PDF AEC-Q200
EPCOS 350 12 O

Abstract: ntc 60 epcos marking
Text: materials) Reflow soldering profile Wave soldering profile Page 5 o f 24 <1% EPCOS Temperature , soldering profile Wave soldering profile Page 7 o f 24 <1% EPCOS Temperature measurement and , ) Automotive series SMD Wave soldering Temperature characteristic at component terminal with dual wave , ¥ 12 cycles <1% Resistance to soldering heat MIL-STD-202, method 210 Dip: 260 «€; 10 s , % Resistance drift after soldering P lease resQautions and w arniagsl Im portant notefethe end o f th is


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PDF AEC-Q200 EPCOS 350 12 O ntc 60 epcos marking
FUSE 250mA radial

Abstract: Jet 1A 250v fuse Jet 2A 250v fuse Jet 1.6A 250v fuse
Text: r other ratings Soldering Parameters Lead-free Wave Soldering Profile Wave Soldering Parameter , °C/second within 125°C of soldering temperature 260°C 10 seconds 5 °C / second max. TIME (SEC) Bel


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PDF IEC-127-3 64VDC. 1000/box IEC-286-2 FUSE 250mA radial Jet 1A 250v fuse Jet 2A 250v fuse Jet 1.6A 250v fuse
Not Available

Abstract: No abstract text available
Text: Y Y R S T 3.15 R S T 6.3 Y Consult manufacturer for other ratings Soldering Parameters Lead-free Wave Soldering Profile Wave Soldering Parameter Average ramp-up rate 200 , temperature within 125°C of soldering temperature Peak temperature Tp 260°C Time within +0 °C


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PDF S1000
Not Available

Abstract: No abstract text available
Text: T 6.3 Y Y Consult manufacturer for other ratings Soldering Parameters Lead-free Wave Soldering Profile Wave Soldering Parameter Average ramp-up rate Heating rate during preheal 200 , °Cof soldering temperature Peak temperature Tp 260°C Time within +0 °C / -5°C of actual peak


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PDF 64VDC. 1000/box IEC-286-2
fuse marking code fn

Abstract: BEL 0692
Text: 1.02 1.17 1.34 Consult manufacturer for other ratings Soldering Parameters Lead-free Wave Soldering Profile Wave Soldering Parameter Average ramp-up rale Healing rale during preheal Final preheal , °C/ second typical 1 -2°C/second Max. 4°C/second within 125°C of soldering temperature 260°C 10 seconds 5 "C


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PDF IEC-127-3 250VAC) 64VDC. 1000/box IEC-286-2 fuse marking code fn BEL 0692
thermal fuse 115 250V 2A

Abstract: EM233 FUSE T 3.15A H 250V 40000506 115 2a 250v thermal fuse 315 2A 250V fuse
Text: Soldering Parameters Lead-free Wave Soldering Profile Wave Soldering Parameter Average ramp-up rale Heating , soldering temperature 260°C 10 seconds 5 °C/second max. T IM E (S E C ) Bel Fuse Inc. 206 Van Vorst


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PDF pr2013D 5x20mm IEC-127-2 100mA EIA-296-F thermal fuse 115 250V 2A EM233 FUSE T 3.15A H 250V 40000506 115 2a 250v thermal fuse 315 2A 250V fuse
FR 9120

Abstract: No abstract text available
Text: tu re r fo r o th e r r a tin a s Soldering Parameters Lead-free Wave Soldering Profile Wave Soldering Parameter Average ramp-up rate Heating rate during preheat Rnal preheat temperature Peak , °C / second Max. 4°C/ second within 125°C of soldering temperature 260°C 10 seconds 5 °C / second max


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PDF SSFApr2013D 5x20mm IEC-127-2 100mA 125mA EIA-296-F FR 9120
walsin ceramic capacitor

Abstract: walsin 0603 capacitor ceramic capacitor footprint 0201 dimension ceramic capacitor footprint dimension WALSIN capacitor ac walsin capacitor walsin ceramic capacitor 1206 MLCC CRACK mlcc soldering footprint dimension of MLCC capacitor 1812
Text: is necessary. 5-2 Recommended soldering profile by various methods IR reflow soldering profile Wave soldering profile 4/ sec max Over 60sec at least by natural cooling Recommended IR reflow soldering profile for SMT process with SnAgCu series solder paste. Manual soldering (solder iron) Recommended wave soldering profile for SMT process with SnAgCu series solder. # Wave , Condition Wave Soldering P.C. board (Continued) Footprint dimensions in mm SIZE A B C


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