SCDS Series. Shielded SMD Power Inductors. Features
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- Sybil Nichols
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1 YAGEO CORPORATION SMD INDUCTOR / BEADS Series Shielded SMD Power Inductors Applications Power Supply for VTRs OA Equipment LCD Televisions Notebook PCs Portable Communication Equipment DC / DC Converters, etc. PRODUCT IDENTIFICATION - - Features Available in Magnetically Dhielded Low DC Resistance Suitable for Large Currents Ideal for a Variety of DC - DC Converter Inductor Applications Available on Tape and Reel for Auto Surface Mounting International No. Tolerance Inductance Packaging Style Dimensions Product Symbol T : Packing : Tape and Reel HP : Low DCR LD : High Power Tolerance : K=±10% M=±20% T=±30% Internal No.: B: Silver plated terminals (3D12~6D38); S: Base type terminals (2D11~2D18HP & 62T&127) Note : YAGEO will start to release lead-free terminals that meet SONY SS-00259's criterial and YAGEO Internal No will changed to N as identification. Shapes and Dimensions 2D11/2D14 /2D18LD/2D18HP Dimensions : mm Recommended Pattern Dimensions in mm Dimensions in mm TYP E A B C D E F 2D D D18LD D18HP 3±0.3 3± TYP E A B C D S CDS 2D S CDS 2D S CDS 2D18LD S CDS 2D18HP
2 194 Shapes and Dimensions Recommended Pattern 3D12 Dimensions in mm TYP E A B C D 3D Max 6.2 Max Dimensions in mm TYP E A B C D 3D D16 A C D B X X X 1.0 Dimensions in mm TAPE A B C D 3D16 4 Max. 4 Max. 1.8 Max. 5.2 Max. Dimensions in mm TYPE A B C D 3D D18~6D38 Dimensions in mm TAPE A B C D 4D Max 6.9 Max 4D Max 6.9 Max Dimensions in mm TYP E A B C S CDS 4D S CDS 4D A B A E H ITEM A B C D E H I J E D C Pad Layout I J I 5D ± Max. 8.2 Max ± D ± Max. 8.2 Max ± D ± Max. 9.5 Max ± D ± Max. 9.5 Max ±
3 195 Electrical Characteristics Standard Specifications Stamp R47 1R0 1R2 1R5 1R7 1R8 2R2 2R4 2R5 2R7 3R0 3R3 3R5 3R8 3R9 4R1 4R2 4R7 5R0 5R2 5R3 5R4 5R5 5R6 6R0 6R1 6R2 6R3 6R8 7R0 7R3 7R4 7R6 8R2 8R6 8R7 8R Inductance (H) D D D18LD D18HP D ±30% 63.5±30% 83.5±30% 122±30% 172±30% 191±30% 218±30% 255±30% 4083±0% 462±30% 502±30% 573±30% 801±30% 1207±30% 1358±30% 1911±30% D.C.R.(mΩ)Max. 3D D D D D D D D D D18LD D18HP 3D RatedCurrent(A)Max D D D D D D D Test Freq.(L): 3D12/3D16:(100KHz/0.1V) 4D18: 1.0 ~ 8.2H(7.96MHz/1V), 10 ~ 39H(100KHz/1V) 2D11/2D14/2D18LD/4D28/104R/124: (100KHz/1V) 5D18/5D28/6D28: (10KHz/1V) 6D38: (10KHz/0.1V) 62: 3.3 ~ 8.2H(7.96MHz/1V), 10~82H(2.52MHz/1V), 100 ~ 330H(1KHz/1V) 3D12 Rated current : It makes rated current either when the value with 30% declining inductance or the generation of heat becomes 30% near value by the rising one above another of thedirect current. Other type Rated current : The rate current indicastes the current when the inductance decreases to 65%. Over of it's nominal value or D.C.current when the temperature rising Dt =40ºC lower, whichever is lower. Test Instrument :L : HP4192A LF IMPEDANCE ANALYZER RDC : CHEN HWA 502BC Rated current: HP A or Ch1061+CH301A Tolerance Of Inductors 2D11 1.5~10H 30%(T) 2D14 1.5~12H 30%(T) 2D18LD 2.2~4.7H 30%(T) 3D12 1.0~39H 30%(T) 3D16 1.5~33H 30%(T) 4D18 1.0~68H 30%(T) 4D28 1.2~180H 30%(T) 5D18 4.1~100H 30%(T) 5D28 2.5~100H 30%(T) 6D28 3.0~100H 30%(T) 6D38 3.3~100H 30%(T)
4 196 TYPE Inductance(µH) Test Freq RDC(Ω) Rated Current(A)Max Irms(A)Typ Tolerance 2D11T-1R5 -N KHz,1V T 2D11T-2R2 -N KHz,1V T 2D11T-3R3 -N KHz,1V T 2D11T-3R9 -N KHz,1V T 2D11T-4R7 -N KHz,1V T 2D11T-6R8 -N KHz,1V T 2D11T-100 -N KHz,1V M,T 2D11T-220 -N KHz,1V M,T NOTE : -tolerance M=±20% / T=±30% 2.Rate current: Inductance drop = 35% typ. 3.Irms: t=40 C TYPE Inductance(µH) Test Freq RDC(Ω) Rated Current(A)Max Irms(A)Typ Tolerance 2D14T-R47 -N KHz,1V T 2D14T-1R5 -N KHz,1V T 2D14T-1R8 -N KHz,1V T 2D14T-2R2 -N KHz,1V T 2D14T-2R7 -N KHz,1V T 2D14T-3R3 -N KHz,1V T 2D14T-3R9 -N KHz,1V T 2D14T-4R7 -N KHz,1V M,T 2D14T-5R6 -N KHz,1V M,T 2D14T-6R8 -N KHz,1V M,T 2D14T-8R2 -N KHz,1V M,T 2D14T-100 -N KHz,1V M,T 2D14T-120 -N KHz,1V M,T NOTE : -tolerance M=±20% / T=±30% 2.Rate current: Inductance drop = 35% typ. 3.Irms: t=40 C
5 197 TYPE Inductance(µH) Test Freq RDC(Ω) Rated Current(A)Max Irms(A)Typ Tolerance 2D18LD-2R2 -N KHz,1V M,T 2D18LD-3R3 -N KHz,1V M,T 2D18LD-4R7 -N KHz,1V M,T 2D18LD-6R8 -N KHz,1V M,T 2D18LD-100 -N KHz,1V M,T 2D18LD-150 -N KHz,1V M,T 2D18LD-220 -N KHz,1V M,T 2D18LD-330 -N KHz,1V M,T 2D18LD-470 -N KHz,1V M,T NOTE : -tolerance M=±20% / T=±30% 2.Rate current: Inductance drop = 35% typ. 3.Irms: t=40 C TYPE Inductance(µH) Test Freq RDC(Ω) Rated Current(A)Max Irms(A)Typ Tolerance 2D18HP-1R7 -N KHz,1V M,T 2D18HP-2R2 -N KHz,1V M,T 2D18HP-3R3 -N KHz,1V M,T 2D18HP-4R7 -N KHz,1V M,T 2D18HP-6R3 -N KHz,1V M,T 2D18HP-100 -N KHz,1V M,T 2D18HP-150 -N KHz,1V M,T NOTE : -tolerance M=±20% / T=±30% 2.Rate current: Inductance drop = 35% typ. 3.Irms: t=40 C
6 198 TYPE Inductance(µH) Test Freq RDC(Ω)Max Rated current(a)max 3D12T-1R0 -N 1 10KHz,0.1V ±30% D12T-1R5 -N KHz,0.1V ±30% D12T-2R2 -N KHz,0.1V ±30% D12T-3R3 -N KHz,0.1V 0.122±30% 0.9 3D12T-4R7 -N KHz,0.1V 0.172±30% D12T-5R6 -N KHz,0.1V 0.191±30% D12T-6R8 -N KHz,0.1V 0.218±30% 0.6 3D12T-8R2 -N KHz,0.1V 0.255±30% D12T-100 -N 10 10KHz,0.1V 0.408±30% D12T-120 -N 12 10KHz,0.1V 0.462±30% D12T-150 -N 15 10KHz,0.1V 0.502±30% D12T-180 -N 18 10KHz,0.1V 0.573±30% D12T-220 -N 22 10KHz,0.1V 0.801±30% D12T-270 -N 27 10KHz,0.1V 1.207±30% 0.3 3D12T-330 -N 33 10KHz,0.1V 1.358±30% D12T-390 -N 39 10KHz,0.1V 1.911±30% 0.23 NOTE : -tolerance T=±30% 2.Rate current: The rate current indicates the current when the inductance decreases to 70% over of it's nominal value or D.C.current when the temperature rising T=40 C lower, whichever is lower.
7 199 TYPE Inductance(µH) Test Freq RDC(Ω)Max Rated current(a)max 3D16T-1R5 -B-N KHz,0.1V D16T-2R2 -B-N KHz,0.1V D16T-3R3 -B-N KHz,0.1V D16T-4R7 -B-N KHz,0.1V D16T-6R8 -B-N KHz,0.1V D16T-100 -B-N KHz,0.1V D16T-150 -B-N KHz,0.1V D16T-220 -B-N KHz,0.1V D16T-270 -B-N KHz,0.1V D16T-330 -B-N KHz,0.1V D16T-470 -B-N KHz,0.1V NOTE : -tolerance T=±30% 2.Rate current: The rate current indicates the current when the inductance decreases to 70% over of it's nominal value or D.C.current when the temperature rising T=40 C lower, whichever is lower.
8 200 TYPE Inductance(µH) Test Freq RDC(Ω)Max Rated current(a)max 4D28T-1R0 -B-N MHz,1V D28T-2R2 -B-N MHz,1V D28T-2R7 -B-N MHz,1V D28T-3R3 -B-N MHz,1V D28T-3R9 -B-N MHz,1V D28T-4R7 -B-N MHz,1V D28T-5R6 -B-N MHz,1V D28T-6R8 -B-N MHz,1V D28T-8R2 -B-N MHz,1V D28T-100 -B-N MHz,1V D28T-120 -B-N MHz,1V D28T-150 -B-N MHz,1V D28T-180 -B-N MHz,1V D28T-220 -B-N MHz,1V D28T-270 -B-N MHz,1V D28T-330 -B-N MHz,1V D28T-390 -B-N MHz,1V D28T-470 -B-N MHz,1V D28T-560 -B-N MHz,1V D28T-680 -B-N MHz,1V NOTE : -tolerance T=±30% 2.Rate current: The rate current indicates the current when the inductance decreases to 70% over of it's nominal value or D.C.current when the temperature rising T=40 C lower, whichever is lower.
9 201 TYPE Inductance(µH) Test Freq RDC(Ω)Max Rated current(a)max 4D28T-1R2 -B-N KHz,1V D28T-1R8 -B-N KHz,1V D28T-2R2 -B-N KHz,1V D28T-2R7 -B-N KHz,1V D28T-3R3 -B-N KHz,1V D28T-3R9 -B-N KHz,1V D28T-4R7 -B-N KHz,1V D28T-5R6 -B-N KHz,1V D28T-6R8 -B-N KHz,1V D28T-8R2 -B-N KHz,1V D28T-100 -B-N KHz,1V D28T-120 -B-N KHz,1V D28T-150 -B-N KHz,1V D28T-180 -B-N KHz,1V D28T-220 -B-N KHz,1V D28T-270 -B-N KHz,1V D28T-330 -B-N KHz,1V D28T-390 -B-N KHz,1V D28T-470 -B-N KHz,1V D28T-560 -B-N KHz,1V D28T-680 -B-N KHz,1V D28T-820 -B-N KHz,1V D28T-101 -B-N KHz,1V D28T-121 -B-N KHz,1V D28T-151 -B-N KHz,1V D28T-181 -B-N KHz,1V NOTE : -tolerance T=±30% 2.Rate current: The rate current indicates the current when the inductance decreases to 70% over of it's nominal value or D.C.current when the temperature rising T=40 C lower, whichever is lower.
10 202 TYPE Inductance(µH) Test Freq RDC(Ω)Max Rated current(a)max 5D18T-2R7 -B-N KHz,1V D18T-4R1 -B-N KHz,1V D18T-5R4 -B-N KHz,1V D18T-6R2 -B-N KHz,1V D18T-6R8 -B-N KHz,1V D18T-8R9 -B-N KHz,1V D18T-100 -B-N 10 10KHz,1V D18T-120 -B-N 12 10KHz,1V D18T-150 -B-N 15 10KHz,1V D18T-180 -B-N 18 10KHz,1V D18T-220 -B-N 22 10KHz,1V D18T-270 -B-N 27 10KHz,1V D18T-330 -B-N 33 10KHz,1V D18T-390 -B-N 39 10KHz,1V D18T-470 -B-N 47 10KHz,1V D18T-560 -B-N 56 10KHz,1V D18T-680 -B-N 68 10KHz,1V D18T-820 -B-N 82 10KHz,1V D18T-101 -B-N KHz,1V D18T-121 -B-N KHz,1V D18T-151 -B-N KHz,1V NOTE : -tolerance T=±30% 2.Rate current: The rate current indicates the current when the inductance decreases to 70% over of it's nominal value or D.C.current when the temperature rising T=40 C lower, whichever is lower.
11 203 TYPE Inductance(µH) Test Freq RDC(Ω)Max Rated current(a)max 5D28T-2R5 -B-N KHz,1V D28T-3R0 -B-N 3 10KHz,1V D28T-4R2 -B-N KHz,1V D28T-4R7 -B-N KHz,1V D28T-5R3 -B-N KHz,1V D28T-6R2 -B-N KHz,1V D28T-6R8 -B-N KHz,1V D28T-8R2 -B-N KHz,1V D28T-100 -B-N 10 10KHz,1V D28T-120 -B-N 12 10KHz,1V D28T-150 -B-N 15 10KHz,1V D28T-180 -B-N 18 10KHz,1V D28T-220 -B-N 22 10KHz,1V D28T-270 -B-N 27 10KHz,1V D28T-330 -B-N 33 10KHz,1V D28T-390 -B-N 39 10KHz,1V D28T-470 -B-N 47 10KHz,1V D28T-560 -B-N 56 10KHz,1V D28T-680 -B-N 68 10KHz,1V D28T-820 -B-N 82 10KHz,1V D28T-101 -B-N KHz,1V NOTE : -tolerance T=±30% 2.Rate current: The rate current indicates the current when the inductance decreases to 70% over of it's nominal value or D.C.current when the temperature rising T=40 C lower, whichever is lower.
12 204 TYPE Inductance(µH) Test Freq RDC(Ω)Max Rated current(a)max 6D28T-3R0 -B-N 3 10KHz,1V D28T-3R9 -B-N KHz,1V D28T-4R7 -B-N KHz,1V D28T-5R0 -B-N 5 10KHz,1V D28T-5R6 -B-N KHz,1V D28T-6R0 -B-N 6 10KHz,1V D28T-6R8 -B-N KHz,1V D28T-7R3 -B-N KHz,1V D28T-8R6 -B-N KHz,1V D28T-100 -B-N 10 10KHz,1V D28T-120 -B-N 12 10KHz,1V D28T-150 -B-N 15 10KHz,1V D28T-180 -B-N 18 10KHz,1V D28T-220 -B-N 22 10KHz,1V D28T-270 -B-N 27 10KHz,1V D28T-330 -B-N 33 10KHz,1V D28T-390 -B-N 39 10KHz,1V D28T-470 -B-N 47 10KHz,1V D28T-560 -B-N 56 10KHz,1V D28T-680 -B-N 68 10KHz,1V D28T-820 -B-N 82 10KHz,1V D28T-101 -B-N KHz,1V NOTE : -tolerance T=±30% 2.Rate current: The rate current indicates the current when the inductance decreases to 70% over of it's nominal value or D.C.current when the temperature rising T=40 C lower, whichever is lower.
13 205 TYPE Inductance(µH) Test Freq RDC(Ω)Max Rated current(a)max 6D38T-3R3 -B-N KHz,0.1V D38T-4R7 -B-N KHz,0.1V D38T-5R0 -B-N 5 10KHz,0.1V D38T-6R2 -B-N KHz,0.1V D38T-6R8 -B-N KHz,0.1V D38T-7R4 -B-N KHz,0.1V D38T-8R7 -B-N KHz,0.1V D38T-100 -B-N 10 10KHz,0.1V D38T-120 -B-N 12 10KHz,0.1V D38T-150 -B-N 15 10KHz,0.1V D38T-180 -B-N 18 10KHz,0.1V D38T-220 -B-N 22 10KHz,0.1V D38T-270 -B-N 27 10KHz,0.1V D38T-330 -B-N 33 10KHz,0.1V D38T-390 -B-N 39 10KHz,0.1V D38T-470 -B-N 47 10KHz,0.1V D38T-560 -B-N 56 10KHz,0.1V D38T-680 -B-N 68 10KHz,0.1V D38T-820 -B-N 82 10KHz,0.1V D38T-101 -B-N KHz,0.1V NOTE : -tolerance T=±30% 2.Rate current: The rate current indicates the current when the inductance decreases to 70% over of it's nominal value or D.C.current when the temperature rising T=40 C lower, whichever is lower.
14 206 scds SERIES RELIABILITY TEST 1-1 MECHANICAL PERFORMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Vibration Appearance : No Damage Test device shall be soldered on the substrate. L Change : within ±10% Oscillation Frequency : 10 to 55 to 10Hz for 1Min. Q Change : within ±30% Amplitude : 1.5mm RDC : within Specification Time : 2Hrs. for each Axis (X, Y & Z), Total 6Hrs Resistance to Appearance : No Damage Pre-heating : 150 C, 1Min. Soldering Heat Solder Composition : Sn/Pb = 63/37 Solder Temperature : 260 ± 5 C Immersion Time : 10 ± 1Sec Solderability The electrodes shall be at least 90% covered Pre-heating : 150 C, 1Min. with new solder coating. Solder Composition : Sn/Pb = 63/37 Solder Temperature : 230 ± 5 C Immersion Time : 4 ± 1Sec. 1-2 ENVIRONMENTAL PERFORMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Temperature Shock Appearance : No Damage 10 Cycles (Air to Air) 1 Cycles shall Consist of : L Change : within ±10% 30Min. Exposure to -55 C L Change : within ±30% 30Min. Exposure to -125 C RDC : within Specification 15Sec. Max. Transition between Temperatures Measured after Exposure in the Room Condition for 24Hrs Temperature Cycle One Cycle Step Temperature ( C) Time (Min.) 1-25 ± ± ± ± 2 3 Total : 100 Cycles Measured after Exposure in the Room Condition for 24Hrs Humidity Resistance Temperature : 40 ± 2 C Relative Humidity : 90 ~ 95% Time : 1000Hrs. Measured after Exposure in the Room Condition for 24Hrs High Temperature Temperature : 85 ± 3 C Resistance Relative Humidity : 20% Applied Current : Rated Current Time : 1000Hrs. Measured after Exposure in the Room Condition for 24Hrs Low Temperature Temperature : -25 ± 3 C Resistance Relative Humidity : 0% Time : 1000Hrs. Measured after Exposure in the Room Condition for 24Hrs.
15 207 RECOMMEND SOLDERING CONDITIONS for:cl/ CLH/ SQV/ SMD power inductors/ SMD Chip Beads/ SMD Filters, Transformers, Current Sensors temperature C pre-heating soldering natural cooling 260 C 230 C 160 C 150 C 60 second time:second 120 second 80 second 5~10 second for: lead solder for: lead-free solder
16 YAGEO CORPORATION SMD INDUCTOR / BEADS SMD Shielded Power Inductors Series High Energy Storage & Lower Power Losses PRODUCT IDENTIFICATION - - Intemal No. Tolerance Inductance T or R or LD or HP Dimensions Product Symbol T :Packaging:Tape and Reel R:Core style (Round) HP:Low DCR LD:High Power Tolerance:K=±10%, M=±20%, T=±30% Internal No.:B:Silver plated terminals(3d12~6d38);s:base type terminals(2d0 9~2D18HP&62T~127) Note:YAGEO has already released lead-free indutors of series,and Intemal No. will be added a"n" as identification. Applications Power supply for VTRs. OA equipment. LCD televisions. Notebook PCs. Portable communication equipment. DC/DC converters,etc. Operating temperayure:-30 C ~100 C (For 2D09/ 4D18C); -40 C ~85 C (For 1014R/ 105R) Features Available in magnetically shielded Low DC resistance Suitable for large currents. Ideal for a variety of DC-DC converter inductor applications. Available on tape and reel for auto surface mounting. REcommended pattern shapes and DIMENSIONS 2D09 Dimensions : mm A B C D A B C D E F R A B C A B C D 10±0.3 10± ± TYP
17 209 shapes and DIMENSIONS 105R REcommended pattern Dimensions : mm A B C D E F G A B C TYPE Inductance(µH) Test Freq(KHz) D.C.R(mΩ)Max Rated Current(A)Max 2D09T -1R2T-S /1V D09T -1R5T-S /1V D09T -1R8T-S /1V D09T -2R2T-S /1V D09T -2R7T-S /1V D09T -3R3T-S /1V D09T -3R9T-S /1V D09T -4R7T-S /1V D09T -5R6T-S /1V D09T -6R8T-S /1V D09T -8R2T-S /1V D09T -100T-S /1V Inductance range 1.2uH to 10uH Tolerance : T=±30% Rated current: The rate current indicates the current when the inductance decreases to 65% over of it's nominal value or D.C.current when the temperature rising t = 40 C lower, whichever is lower. Test instument : L :hp4284a ; RDC : CHEN HWA 502BC ; Rated current : HP A or CH1061+CH301A TYPE Inductance(µH) Test Freq RDC(Ω) Rated Current(A)Max Irms(A)Typ Tolerance 2D09T -1R2 -N KHz/1V T 2D09T -1R5 -N KHz/1V T 2D09T -1R8 -N KHz/1V T 2D09T -2R2 -N KHz/1V T 2D09T -2R7 -N KHz/1V T 2D09T -3R3 -N KHz/1V T 2D09T -3R9 -N KHz/1V T 2D09T -4R7 -N KHz/1V T 2D09T -5R6 -N KHz/1V T 2D09T -6R8 -N KHz/1V T 2D09T -8R2 -N KHz/1V T 2D09T N KHz/1V M,T 2D09T N KHz/1V M,T NOTE : -tolerance M=±20% / T=±30% 2.Rate current: Inductance drop = 35% typ. 3.Irms: t=40 C "-N"FOR COMPLETELY LEAD FREE TYPE(INCLUDING FERRITE BODY & SOLDER)
18 210 TYPE Inductance(µH) Test Freq(KHz) D.C.R(mΩ)Max Rated Current(A)Max 1014R-100M -S /1V R-150M -S /1V R-220M -S /1V R-330M -S /1V Inductance range 10uH to 33uH Tolerance : M=±20% 2.Rate current: Inductance drop = 35% typ. Test instument : L :hp192a or HP4263B. RDC : CHEN HWA 502BC Reted current : CH A TYPE Inductance(µH) Test Freq(KHz) D.C.R(mΩ)Max Rated Current(A)Max 105R -R80T-S /1V R -1R5T-S /1V R -2R2T-S /1V R -3R3T-S /1V R -4R7T-S /1V R -6R8T-S /1V R -8R2T-S /1V R -100T-S /1V R -120T-S /1V R -150T-S /1V R -180T-S /1V R -220T-S /1V R -270T-S /1V R -330T-S /1V R -390T-S /1V R -470T-S /1V R -560T-S /1V R -680T-S /1V R -820T-S /1V R -101T-S /1V R -121T-S /1V R -151T-S /1V R -181T-S /1V R -221T-S /1V R -271T-S /1V R -331T-S /1V R -391T-S /1V R -471T-S /1V R -561T-S /1V R -681T-S /1V R -821T-S /1V R -102T-S /1V Inductance range 0.8uH to 10000uH Tolerance : T=±30% 2.Rate current: Inductance drop = 10% typ. Test instument : L :hp192a or HP4263B. ; RDC : CHEN HWA 502BC ; Rated current : HP A
19 211 Packaging Specifications Tape Dimensions Tape Material Reel Dimensions Carrier tape: Polystyrene Cover type: Polyethylene Cover Tape 160mm MIN. Blank Part Chip Mounting Part Blank 330mm MIN. Leader TYPE TAPE dimensions REEL dimensions QUANtity A0 b0 K0 D E E P P0 P2 A B C D Pcs/REEL 1014R R D RECOMMEND SOLDERING CONDITIONS for:cl/ CLH/ SQV/ SMD power inductors/ SMD Chip Beads/ SMD Filters, Transformers, Current Sensors temperature C pre-heating soldering natural cooling 260 C 230 C 160 C 150 C 60 second time:second 120 second 80 second 5~10 second for: lead solder for: lead-free solder
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