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LQLB2012B4R7M [TAIYO YUDEN]

General Purpose Inductor, 4.7uH, 20%, 1 Element, Ferrite-Core, SMD;
LQLB2012B4R7M
型号： LQLB2012B4R7M
厂家： TAIYO YUDEN (U.S.A.), INC    TAIYO YUDEN (U.S.A.), INC
描述：

General Purpose Inductor, 4.7uH, 20%, 1 Element, Ferrite-Core, SMD
文件： 总14页 (文件大小：507K)
中文：  中文翻译
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巻線チップインダクタ  
WOUND CHIP INDUCTORS  
LB SERIES  
OPERATING TEMP.  
K25VJ85C  
特長ꢀFEATURES  
Y超小型 、低直  
流抵抗の巻線チップインダクタ  
Y実装性、特性において方向性のない形状  
YSmall size wound chip inductor with low DC resistance.  
YDemension without directional influence on mounterbility and characteris-  
tics.  
用途ꢀAPPLICATIONS  
YDVC, MD, PDA等の携帯AV機器，ディジタル機器  
YDVC, MD, PDA and other portable digital equipment.  
形名表記法ꢀORDERING CODE  
3
1
5
6
外径寸法 hmmi  
インダクタンス許容差 hLi  
形式  
LB  
公称インダクタンス hAHi  
例
1608(0603)  
1.6P0.8  
巻線チップインダクタ  
M
M20  
2016(0806)  
2.0P1.6  
1R0  
100  
101  
1
2012(0805)  
2518(1007)  
2.0P1.25  
2.5P1.8  
10  
100  
FRW 小数点  
2
7
4
形状  
当社管理記号  
QQQ  
包装  
B
Q
低 Rdc  
標準品  
単品  
C
大電流  
T
テーピング  
QW スペース  
2 0 1 6 T 1 0 0 M  
L B △  
△△△△  
4
5
1
2
3
6
7
1
5
6
3
Inductance Tolerances h%i  
Type  
LB  
External Dimensions hmmi  
Nominal InductancehAHi  
example  
Wound chip inductor  
M
M20  
1608(0603)  
2016(0806)  
2012(0805)  
2518(1007)  
1.6P0.8  
2.0P1.6  
2.0P1.25  
2.5P1.8  
1R0  
100  
101  
1
10  
100  
*R=decimal point  
2
4
7
Packaging  
Shape  
Internal code  
B
Bulk  
QQQ  
Standard Products  
Q
Low Rdc  
T
Tape & Reel  
C
High current Type  
QWBlank space  
190  
外形寸法ꢀEXTERNAL DIMENSIONS  
Type  
L
W
T
E
2.5M0.2  
(0.098M0.008)  
2.0M0.2  
1.8M0.2  
(0.071M0.008)  
1.6M0.2  
1.8M0.2  
(0.071M0.008)  
1.6M0.2  
0.5M0.2  
(0.020M0.012)  
0.5M0.2  
LB2518／  
LBC2518  
LB2016  
LB2012  
LB1608  
(0.079M0.008)  
2.0M0.2  
(0.063M0.008)  
1.25M0.2  
(0.063M0.008)  
1.25M0.2  
(0.020M0.012)  
0.5M0.2  
(0.079M0.008)  
1.6M0.1  
(0.049M0.008)  
0.8M0.1  
(0.049M0.008)  
0.8M0.1  
(0.020M0.012)  
0.35M0.2  
(0.063M0.008)  
(0.031M0.004)  
(0.031M0.004)  
(0.014M0.010)  
5
UnitDmmfinchg  
概略バリエーションꢀAVAILABLE INDUCTANCE RANGE  
Type  
LB2518  
LB2016  
LBC2518  
LB2012  
LB1608  
Range  
RdcM30L[E]  
RdcM30L[E]  
RdcM30L[E]  
RdcM30L[E]  
RdcM30L[E]  
Imax[mA]  
Imax[mA]  
Imax[mA]  
Imax[mA]  
Imax[mA]  
E E E E 1AHE E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E  
1AH  
1AH  
4.7AH  
1.0AH  
500  
455  
300  
70  
775  
0.06  
0.09  
0.15  
0.55  
0.08  
1
165  
0.25  
155  
0.5  
100  
0.7  
50  
0.7  
300  
0.36  
10  
8.2AH  
55  
2.1  
40  
4.5  
30  
7.0  
100  
3.70  
100  
E E E E E E E E E E E E1E00EAEHE E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E  
100AH  
15  
24  
35  
28.0  
1000 E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E  
1000AH 680AH  
Inductance  
Ima[x mA] RdcM30%[E] Ima[x mA] RdcM30%[E] Ima[x mA] RdcM30%[E] Ima[x mA] RdcM30%[E] Ima[x mA] RdcM30%[E]  
1AH  
10AH  
500  
165  
55  
0.06  
0.25  
2.1  
455  
155  
40  
0.09  
0.5  
4.5  
－
300  
100  
30  
0.15  
0.7  
7.0  
－
70(4.7AH) 0.55(4.7AH)  
50(8.2AH) 0.70(8.2AH)  
775  
300  
100  
－
0.08  
0.36  
3.70  
－
100AH  
1000AH  
－
－
－
－
15  
24  
－
－
セレクションガイド  
Selection Guide  
アイテム一覧  
Part Numbers  
特性図  
Electrical Characteristics  
梱包  
Packaging  
信
頼性  
使用上の注意  
Reliability Data  
Precautions  
P.198  
P.10  
etc  
P.192  
P.193  
P.197  
P.214  
191  
アイテム一覧ꢀPART NUMBERS  
LB1608 TYPE  
公称  
インダクタンス  
許容差  
直流抵抗 電流 ꢀ  
Rated  
形ꢀꢀ名  
Q
値
Typical Value  
数
Self-resonant  
frequency  
hMHzi  
DC  
数
インダクタンス  
Inductance  
hAHi  
Resistance  
hEi  
fM30Lg  
current  
hmAi  
max.  
Measuring  
frequency  
hMHzi  
Inductance  
Tolerance  
Ordering code  
min.  
LB1608G4R7M  
4.7  
45  
32  
0.55  
0.70  
70  
50  
7.96  
2.52  
20L  
5
LB1608G8R2M  
8.2  
Y注D形名のGに 包装記号  
YG Please specify the packaging code.fTDTape&Reel, BDBulkg  
LB2012 TYPE  
形ꢀꢀ名  
公称  
インダクタンス  
インダクタンス  
許容差  
直流抵抗 電流 ꢀ  
Rated  
Q
値
Typical Value  
数
Self-resonant  
frequency  
hMHzi  
DC  
数
Resistance  
hEi  
fM30Lg  
current  
hmAi  
max.  
Measuring  
frequency  
hMHzi  
Inductance  
hAHi  
1.0  
Inductance  
Tolerance  
Ordering code  
min.  
LB2012G1R0M  
LB2012G2R2M  
100  
80  
45  
32  
32  
16  
11  
8
0.15  
0.23  
0.4  
300  
240  
140  
100  
100  
75  
2.2  
5
7.96  
LB2012G4R7M  
4.7  
LB2012G100M  
10  
0.7  
0.5  
1.7  
3.7  
7.0  
M20L  
LB2012G100MR  
LB2012G220M  
10  
2.52  
22  
10  
LB2012G470M  
47  
50  
LB2012G101M  
100  
30  
0.796  
Y注D形名のGに 包装記号  
、
YG Please specify the packaging code.fTDTape&Reel, BDBulkg  
K公差品  
い
LB2016 TYPE  
公称  
インダクタンス  
Inductance  
hAHi  
1
インダクタンス  
許容差  
Inductance  
Tolerance  
直流抵抗 電流 ꢀ  
数
形ꢀꢀ名  
Q
値
Typical Value  
数
Self-resonant  
frequency  
hMHzi  
DC  
Rated  
Resistance  
hEi  
fM30Lg  
current  
hmAi  
max.  
Measuring  
frequency  
hMHzi  
Ordering code  
min.  
LB2016G1R0M  
LB2016G1R5M  
LB2016G2R2M  
LB2016G3R3M  
LB2016G4R7M  
LB2016G6R8M  
LB2016G100M  
LB2016G150M  
LB2016G220M  
LB2016G330M  
LB2016G470M  
LB2016G680M  
LB2016G101M  
100  
80  
70  
55  
45  
38  
32  
28  
16  
14  
11  
10  
8
0.09  
0.11  
0.13  
0.2  
455  
350  
315  
280  
210  
175  
155  
130  
105  
85  
1.5  
2.2  
7.96  
3.3  
4.7  
0.25  
0.35  
0.5  
6.8  
10  
M20L  
10  
15  
0.7  
22  
1.0  
2.52  
33  
1.7  
47  
2.4  
60  
68  
3
50  
100  
4.5  
40  
0.796  
Y注D形名のGに 包装記号  
、
YG Please specify the packaging code.fTDTape&Reel, BDBulkg  
K公差品  
い
LB2518 TYPE  
公称  
インダクタンス  
Inductance  
hAHi  
1
インダクタンス  
許容差  
直流抵抗 電流 ꢀ  
Rated  
形ꢀꢀ名  
Q
値
Typical Value  
数
Self-resonant  
frequency  
hMHzi  
DC  
数
Resistance  
hEi  
fM30Lg  
current  
hmAi  
max.  
Measuring  
frequency  
hMHzi  
Inductance  
Tolerance  
Ordering code  
min.  
LB2518G1R0M  
LB2518G1R5M  
LB2518G2R2M  
LB2518G3R3M  
LB2518G4R7M  
LB2518G6R8M  
LB2518G100M  
LB2518G150M  
LB2518G220M  
LB2518G330M  
LB2518G470M  
LB2518G680M  
LB2518G101M  
LB2518G151M  
LB2518G221M  
LB2518G331M  
LB2518G471M  
LB2518G681M  
LB2518G102M  
100  
80  
68  
54  
46  
38  
30  
23  
19  
15  
12  
9.5  
9
0.06  
0.07  
0.09  
0.11  
0.13  
0.15  
0.25  
0.32  
0.5  
500  
400  
340  
270  
240  
195  
165  
145  
115  
95  
1.5  
2.2  
7.96  
2.52  
3.3  
4.7  
6.8  
10  
15  
22  
M20L  
10  
33  
0.7  
47  
0.95  
1.5  
85  
68  
70  
100  
2.1  
55  
150  
7
3.2  
45  
220  
330  
5.5  
4.5  
3.5  
3
4.5  
7
35  
30  
0.796  
0.252  
470  
10  
25  
680  
17  
20  
1000  
2.4  
24  
15  
Y注D形名のGに 包装記号  
、
YG Please specify the packaging code.fTDTape&Reel, BDBulkg  
K公差品  
い
LBC2518TYPE  
公称  
インダクタンス  
Inductance  
hAHi  
1.0  
インダクタンス  
許容差  
Inductance  
Tolerance  
直流抵抗 電流 ꢀ  
形ꢀꢀ名  
Q
値
Typical Value  
数
Self-resonant  
frequency  
hMHzi  
DC  
Resistance  
hEi  
fM30Lg  
0.08  
Rated  
数
current  
hmAi  
max.  
775  
Measuring  
frequency  
hMHzi  
Ordering code  
min.  
100  
LBC2518G1R0M  
LBC2518G1R5M  
LBC2518G2R2M  
LBC2518G3R3M  
LBC2518G4R7M  
LBC2518G6R8M  
LBC2518G100M  
LBC2518G150M  
LBC2518G220M  
LBC2518G330M  
LBC2518G470M  
LBC2518G680M  
LBC2518G101M  
LBC2518G151M  
LBC2518G221M  
LBC2518G331M  
LBC2518G471M  
LBC2518G681M  
1.5  
80  
0.11  
0.13  
0.16  
0.20  
0.30  
0.36  
0.65  
0.77  
1.50  
1.90  
2.80  
3.70  
6.10  
8.40  
12.3  
22.0  
28.0  
660  
600  
500  
430  
360  
300  
250  
210  
170  
150  
120  
100  
85  
2.2  
68  
7.96  
2.52  
3.3  
54  
4.7  
41  
6.8  
38  
10  
30  
15  
23  
22  
19  
M20L  
5
33  
15  
47  
12  
68  
9.5  
9.0  
7.0  
5.5  
4.5  
3.5  
3.0  
100  
150  
220  
70  
0.796  
330  
60  
470  
45  
680  
35  
Y注D形名のGに 包装記号  
YG Please specify the packaging code.fTDTape&Reel, BDBulkg  
192  
特性図ꢀELECTRICAL CHARACTERISTICS  
直
流
特性例 DC Bias characteristics (Measured by HP4285A+42841A)  
LB2012  
LB2016  
LB1608  
1000  
1000  
1000  
101M  
101K  
100K  
100  
10  
100  
10  
100  
10  
100M  
8R2M  
4R7M  
1R0M  
1000  
1R0M  
1000  
1
1
1
5
0.1  
10  
0.1  
10  
0.1  
1
100  
10000  
100  
10000  
10  
100  
1000  
LB2518  
LBC2518  
1000  
1000  
101M  
101M  
100  
10  
100  
10  
100M  
100M  
1R0M  
1R0M  
1
1
0.1  
1
0.1  
1
10  
100  
1000  
10  
100  
1000  
10000  
特性例 Temperature characteristics (Measured by HP4285A)  
LB1608  
LB2012  
LB2016  
15  
15  
10  
5
100M  
10  
5
101M  
1R0M  
8R2M  
100M  
101M  
1R0M  
0
5
0
5
10  
10  
15  
15  
－30  
－10  
10  
30  
50  
70  
90  
LB2518  
LBC2518  
15  
10  
5
15  
10  
5
100M  
101M  
1R0M  
0
5
0
5
100M  
101M  
1R0M  
10  
15  
10  
15  
－40  
－
20  
0
20  
40  
60  
80 100  
193  
PRECAUTIONS  
LER Type，LEM Type，LB Type  
Stages  
Precautions  
Technical considerations  
1.Circuit Design  
Operating environment,  
1.The products described in this specification are intended for  
use in general electronic equipment,(office supply  
equipment, telecommunications systems, measuring  
equipment, and household equipment). They are not  
intended for use in mission-critical equipment or systems  
requiring special quality and high reliability (traffic systems,  
safety equipment, aerospace systems, nuclear control  
systems and medical equipment including life-support  
systems,) where product failure might result in loss of life,  
injury or damage. For such uses, contact TAIYO YUDEN  
Sales Department in advance.  
5
2.PCB Design  
Land pattern design  
1.Please contact any of our offices for a land pattern, and refer  
to a recommended land pattern of specifications.  
Adjustment of mounting machine  
3.Considerations for  
automatic placement  
1.Excessive impact load should not be imposed on the  
products when mounting onto the PC boards.  
2.Mounting and soldering conditions should be checked  
beforehand.  
1. When installing products, care should be taken not to apply distortion stress as it may  
deform the products.  
4.Soldering  
Wave soldering  
1.Please refer to the specifications in the catalog for a wave  
soldering.  
Reflow soldering  
1.Please contact any of our offices for a reflow soldering, and  
refer to the recommended condition specified.  
2.LER012 Type,LB Type  
1.If products are used beyond the range of the recommended conditions, heat stresses  
may deform the products, and consequently degrade the reliability of the products.  
Reflow solderring only.  
Lead free soldering  
1.When using products with lead free soldering, we request to  
use them after confirming of adhesion, temperature of  
resistance to soldering heat, etc. sufficiently.  
Recommended conditions for using a soldering iron  
Put the soldering iron on the land-pattern.  
Soldering iron's temperature - Below 350  
Duration - 3 seconds or less  
The soldering iron should not directly touch the inductor.  
Cleaning conditions  
5.Cleaning  
6.Handling  
LB Type  
LB Type  
1.Washing by supersonic waves shall be avoided.  
Handling  
1.If washing by supersonic waves, supersonic waves may cause broken products.  
1.Keep the inductors away from all magnets and magnetic  
objects.  
1.There is a case that a characteristic varies with magnetic influence.  
Breakaway PC boards (splitting along perforations)  
1.When splitting the PC board after mounting inductors, care  
should be taken not to give any stresses of deflection or  
twisting to the board.  
1.Planning pattern configurations and the position of products should be carefully  
performed to minimize stress.  
2.Board separation should not be done manually, but by using  
the appropriate devices.  
Mechanical considerations  
1.Please do not give the inductors any excessive mechanical  
shocks.  
1.There is a case to be damaged by a mechanical shock.  
7.Storage conditions  
Storage  
1.To maintain the solderability of terminal electrodes and to  
keep the packing material in good condition, temperature  
and humidity in the storage area should be controlled.  
Recommended conditions  
1. Under a high temperature and humidity environment, problems such as reduced  
solderability caused by oxidation of terminal electrodes and deterioration  
of taping/packaging materials may take place.  
ꢀAmbient temperatureꢀꢀꢀꢀꢀ 0 40  
ꢀHumidity  
Below 70% RH  
The ambient temperature must be kept below 30 Even under  
ideal storage conditions, solderability of products electrodes may  
decrease as time passes. For this reason, LE type inductors  
should be used within one year from the time of delivery.  
LER type, LB type  
Please should be used within 6 months from the time of delivery.  
LE type  
In case of storage over  
6 months, solderability shall be  
checked before actual usage.  
215  
1/8  
RELIABILITY DATAꢀ  
Specified Value  
Item  
Test Methods and Remarks  
LER012  
LER015  
LEM2520 LEMC2520 LEMF2520 LEMC3225 LEMF3225  
LB2518  
LB2016  
LB2012  
LBH1608  
LB1608  
LBC2518  
1.Operating tem-  
perature Range  
2.Storage  
K40VJ85C  
K25VJ85C  
K25VJ85C  
K40VJ85C  
K25VJ85C  
3.Rated Voltage  
Within the specified tolerance  
The maximum DC value having inductance  
decrease within 10L and temperature  
increas within 20C by the application of DC  
bias.  
5
LBH1608 LEM Series 5N6VR10:  
The maximum DC value having temperature  
increas within 20C by the application of DC  
bias.  
4.Inductance  
LER LEM Series 5N6VR10  
Within the specified tolerance  
Measuring equipment Impedance analyzer  
fHP4291A or its equivalentg  
Measuring frequency Specified frequency  
LER LEM Series R12V221  
Measuring equipment LCR Meter  
fHP4285A 42851A or its equivalentg  
Measuring frequency Specified frequency  
LB LBC Series  
Measuring equipment LCR Mater  
fHP4285A or its equivalentg  
LBH1608 Series  
Measuring equipment Impedance analyzer  
fHP4291A or its equivalentg  
12V18  
fat 100MHzg  
min  
5.Q  
LER LEM Series 5N6VR10  
Within the specified tolerance  
Measuring equipment Impedance analyzer  
fHP4291A or its equivalentg  
Measuring frequency Specified frequency  
LER LEM Series R12V221  
Measuring equipment LCR Meter  
fHP4285A 42851A or its equivalentg  
Measuring frequency Specified frequency  
LB LBC Series  
Measuring equipment LCR Mater  
fHP4285A or its equivalentg  
LBH1608 Series  
Measuring equipment Impedance analyzer  
fHP4291A or its equivalentg  
6.DC Resisitance  
Within the specified tolerance  
LER LEM LB LBC LBH Series  
Measuring equipment low ohmmeter  
fA&D AD5812 or its equivalentg  
199  
2/8  
RELIABILITY DATAꢀꢀ  
Specified Value  
Item  
Test Methods and Remarks  
LER012  
LER015  
LEM2520 LEMC2520 LEMF2520 LEMC3225 LEMF3225  
LB2518  
LB2016  
LB2012  
LBH1608  
LB1608  
LBC2518  
7.Self-Resonant Within the specified tolerance  
Frequency  
LER LEM Series  
5N6VR10  
Measuring equipment Network analyzer  
fHP8720B or its equivalentg  
LER LEM Series fExclude LEM2520g  
R12V  
Measuring equipment Impeadnce nanlyzer  
fHP4291A or its equivalentg  
5
LEM2520  
Measuring equipment Network analyzer  
fAnritsu MS620J or its equivalentg  
LB LBC Series  
Measuring equipment Impedance analyzer  
fHP4291A or its equivalentg  
LBH1608 Series  
Measuring equipment Network analyzer  
fHP8720B or its equivalentg  
8.Temperature Char- △L/L WithinM5L  
QL/LC  
Within  
M10L  
QL/LC  
Within  
M5L  
QL/LCWithinM15L  
QL/LCWithinM15L  
QL/LC  
Change of maximum inductance deviation  
acteristic  
WithinM5L  
△L/LC  
in step 1K5  
WithinM0.5nH  
under 8.2nH  
Exclude CM03MS series  
Step  
Temperture fCg  
1
2
3
4
5
20  
K25  
20 fReference temperatureg  
J85 fMaximum operating temperatureg  
20  
Warp: 2mm (LER012, LER015, LBC, LB)  
: 3mm (LEM2520, LEMC2520, LEMF  
2520, LEMC3225, LEMF3225)  
Test substrate: Printed board  
9.Rasistance to Flex- No breakdown or damage  
ure of Substrate  
Accoding to JIS C0051  
Pressig jig  
Board  
10.Body Stregght  
No breakdown or damage  
LER012 LER015  
Applide forde 15N  
Duration 5sec.  
LBYLBCYLBH  
LEM2520 LEMC2520 LEMF2520  
LEMC3225 LEMF3225  
Applide forde 10N  
Duration 10sec.  
LB1608  
Applide forde 5N  
Duration 10sec.  
11. Self Resonant  
Freguency  
△L/L WithinK10L  
Measure inductance with application of rated  
current using LCR metre to cpmpare it with  
the initial value. f* Excluding 5N6VR10g  
201  
3/8  
RELIABILITY DATAꢀ  
Specified Value  
Item  
Test Methods and Remarks  
LER012  
LER015  
LEM2520 LEMC2520 LEMF2520 LEMC3225 LEMF3225  
LB2518  
LB2016  
LB2012  
LBH1608  
LB1608  
LBC2518  
Shall not come off PC board.  
12.Adhesion of terminal Shall not come off No detachment of electrode  
LER012YLER015  
electrode  
PC board.  
Applied force 15N  
Duration 5 sec.  
Test substrate Printed board  
LBYLBCYLBH  
LEM2520YLEMC2520YLEMF2520Y  
LEMC3225YLEMF3225  
5
Applied force 10N to X and Y directions  
Duration 5 sec.  
Test substrate Printed board  
13.Resistance to vibra- △L/L  
tion WithinM5L  
△L/L WithinM5L  
△L/L WithinM10L  
LER LEM LBYLBC  
No significant abnormality in appearance. No significant abnormality in appearance.  
According to JIS C5102 clause 8.2.  
Vibration type  
Q
R12V1R0  
25min.  
1R2V3R3  
20min.  
Directions 2 hrs each in X, Y and Z direc-  
tions. Total 6 hrs  
Frequency range 10 to 55 to 10 Hz f1min.g  
Amplitude 1.5mm  
Mounting method Soldering onto printed board  
△L/L  
f* Excluding 5N6-R10 LE  
WithinM5L  
Q
Seriesg  
Recovery At least 1 hr of recovery under  
the standard condition after the  
test, followed by the measure-  
ment within 2 hrs.  
R12V100  
30min.  
120V220  
20min.  
203  
4/8  
RELIABILITY DATAꢀ  
Specified Value  
Item  
Test Methods and Remarks  
LER012  
LER015  
LEM2520 LEMC2520 LEMF2520 LEMC3225 LEMF3225  
LB2518  
LB2016  
LB2012  
LBH1608  
LB1608  
LBC2518  
14.Drop test  
No significant △L/L WithinM5L  
LERYLEM  
△L/L  
abnormality No significant abnormality in ap-  
LER012YLER015  
WithinM10L  
No significant  
abnormality  
in appear-  
ance.  
in appear- pearance.  
ance.  
Drop test  
Impact material concreta or vinyl tile  
Height 1m  
Total number of drops 10 times  
5
LEM2520YLEMC2520YLEMF2520Y  
LEMC3225YLEMF3225  
Acceleration 980m/sec2  
Duration 6msec  
Number of times 6 sides P 3 times  
Mounting method Soldering onto printed board  
f* Excluding 10NVR10g  
Recovery At least 1 hr of recovery under  
the standard condition after the  
test, followed by the measure-  
ment within 2 hrs.  
At least 90L of electrode  
15.Solderability  
LERYLEM  
Solder temperature 230M5C  
Duration 2M0.5sec. fLER012YLER015g  
5M0.5sec. fLEM2520Y  
LEMC2520YLEMF2520Y  
LEMC3225YLEMF3225g  
Fiux Methanol solution with 25L of  
colophony  
LBYLBH  
Solder temperature 230M5C  
Duration 5M0.5sec  
Fiux Methanol solution with 25L of  
colophony  
205  
5/8  
RELIABILITY DATAꢀ  
Specified Value  
Item  
Test Methods and Remarks  
LER012  
LER015  
LEM2520 LEMC2520 LEMF2520 LEMC3225 LEMF3225  
LB2518  
LB2016  
LB2012  
LBH1608  
LB1608  
LBC2518  
Conduct following wave soldering twice.  
16.Resisitance to  
soldering heat  
No significant abnormality in appearance  
fLER012g  
5
Solder temperature 260M5C  
Duration 5M0.5sec. Twice fLERO15g  
10M1sec. Once fLEM2520Y  
LEMC2520YLEMF2520Y  
LEMC3225YLEMF3225g  
LBYLBH  
3 times of reflow oven at 220 M 5C for  
40sec.with peak temperature at 235M 5C  
for 5sec.  
No significant abnormality in appearance.  
Solvent temperature Room temperature  
Type of solvent Chlorocarbon type  
fLEM2520YLEMC2520Y  
LEMC3225g  
17.Resisitance to  
soolvent  
Isopropyl alcohol  
fLEMF2520YLEMF3225Y  
LBYLBCg  
Cleaning conditions Output 20mW/cm3  
Frequency 28kHz  
Duration 1 min  
Conduct ultrasonic  
cleaning.  
fLEM2520YLEMC  
2520YLEMC3225g  
90s. Immersion and  
cleaning.  
fLEMF2520YLEMF  
3225YLBYLBCg  
207  
6/8  
RELIABILITY DATA  
Specified Value  
Item  
Test Methods and Remarks  
LER012  
LER015  
LEM2520 LEMC2520 LEMF2520 LEMC3225 LEMF3225  
LB2518  
LB2016  
LB2012  
LBH1608  
LB1608  
LBC2518  
△L/L  
△L/L  
△L/L WithinM10L  
Conditions for 1cycle  
18.Resisitance to  
solvent  
△L/L  
WithinM10L WithinM10L  
Step TemperaturefCg  
TemperaturefCg Durationfming  
WithinM5L  
△L/L  
Q
Q
1
2
K25  
J85  
K40  
J85  
30  
30  
5N6V18N  
10min.  
10N 10min.  
12NV33N  
15min.  
withinM0.5nH  
under  
22NVR10  
15min.  
Temperature for LER012YLER015  
Temperature for  
8.2  
H
39NVR10  
20min.  
△Q/Q  
5
R12V1R0  
25min.  
LEM2520YLEMC2520YLEMF2520Y  
LEMC3225YLEMF3225  
withinM20L  
△Q/Q  
R12V4R7  
30min.  
1R2V3R3  
20min.  
Number of cycle 100 cycle  
Recovery At least 1 hr of recovery the stan-  
dard condition after the removal  
from test chamber, followed by  
measurement within 2 hrs.  
within  
5R6V330  
25min.  
M5 under  
8.2  
H
△L/L  
390V 820  
WithinM10L 20min.  
Q
101 15min.  
10NV18N  
10min.  
LBYLBCYLBH  
K40VJ85C, miantain times 30min. ,100 cycle  
Recovery At least 1 hr of recovery under  
the standard condition after the  
test, followed by the measure-  
ment within 2 hrs.  
22NVR10  
15min.  
R12V100  
30min.  
120V220  
20min.  
△L/L  
△L/L  
△L/L  
△L/L WithinM10L  
19.Damp heat  
Temperature 60M2C  
WithinM10L WithinM10L  
WithinM5L  
△L/L  
Humidity 90V95LRH  
Q
Q
Duration 1000 hrs  
5R6V18N  
10min.  
10N 10min.  
12NV33N  
15min.  
withinM0.5nH  
under  
Recovery At least 1 hr of recovery the stan-  
dard condition after the removal  
from test chamber, followed by  
measurement within 2 hrs.  
22NVR10  
15min.  
8.2  
H
39NVR10  
20min.  
△Q/Q  
R12V1R0  
25min.  
WithinM20L  
△Q/Q  
R12V4R7  
30min.  
1R2V3R3  
20min.  
within  
5R6V330  
25min.  
M5 under  
8.2  
H
△L/L  
390V820  
WithinM10L 20min.  
Q
101 15min.  
10NV18N  
10min.  
22NVR10  
15min.  
R12V100  
30min.  
120V220  
209  
7/8  
RELIABILITY DATAꢀ  
Specified Value  
Item  
Test Methods and Remarks  
LER012  
LER015  
LEM2520 LEMC2520 LEMF2520 LEMC3225 LEMF3225  
LB2518  
LB2016  
LB2012  
LBH1608  
LB1608  
LBC2518  
LERYLEMYLBYLBC  
△L/L  
△L/L  
△L/L WithinM10L  
20.Loading under  
damp heat  
△L/L  
Temperature 60M2C fExcluding nH rangeg  
Humidity 90V95LRH  
WithinM10L WithinM10L  
WithinM5L  
△L/L  
Q
Q
Duration 1000 hrs  
R12V1R0  
25min.  
1R2V3R3  
20min.  
R12V4R7  
30min.  
within  
Applied current Rated current  
Recovery At least 1 hr of recovery the stan-  
dard condition after the removal  
from test chamber, followed by  
measurement within 2 hrs.  
0.5nH  
under  
5R6V330  
25min.  
8.2  
H
5
390V820  
20min.  
△Q/Q  
△L/L  
withinM20L  
△Q/Q  
WithinM10L  
Q
101 15min.  
within  
R12V100  
30min.  
M5 under  
8.2  
H
120V220  
20min.  
△L/L  
△L/L  
△L/L WithinM10L  
LERYLEM  
21.Hirh temperaturte  
life test  
WithinM10L  
Q
WithinM10L  
Q
Temperature 85M2C  
Duration 1000 hrs  
5R6V18N  
10min.  
10N 10min.  
12NV33N  
15min.  
Recovery At least 1 hr of recovery the stan-  
dard condition after the removal  
from test chamber, followed by  
measurement within 2 hrs.  
22NVR10  
15min.  
39NVR10  
20min.  
R12V1R0  
25min.  
R12V4R7  
30min.  
1R2V3R3  
20min.  
5R6V330  
25min.  
△L/L  
390V820  
20min.  
WithinM10L  
Q
101 15min.  
10NV18N  
10min.  
22NVR10  
15min.  
R12V100  
30min.  
120V220  
20min.  
△L/L WithinM10L  
△L/L  
△L/L  
LERYLBYLBC  
22.Loading at high  
temperature  
WithinM5L  
△L/L  
WithinM10L  
Q
Temperature 85M2C fExcluding nH rangeg  
Duration 1000 hrs  
withinM0.5nH  
under  
R12V1R0  
25min.  
Applied current Rated current  
Recovery At least 1 hr of recovery the stan-  
dard condition after the removal  
from test chamber, followed by  
measurement within 2 hrs.  
8.2  
H
1R2V3R3  
20min.  
△Q/Q  
WithinM20L  
△Q/Q  
△L/L  
within  
WithinM10L  
Q
M0.5 under  
8.2  
H
R12V100  
30min.  
120V220  
20min.  
211  
8/8  
RELIABILITY DATAꢀ  
Specified Value  
Item  
Test Methods and Remarks  
LER012  
LER015  
LEM2520 LEMC2520 LEMF2520 LEMC3225 LEMF3225  
LB2518  
LB2016  
LB2012  
LBH1608  
LB1608  
LBC2518  
LERYLEMYLBYLBCYLBH  
23.Low temperature  
life test  
△L/L  
△L/L  
△L/L WithinM10L  
△L/L  
Temperature K40M2C  
WithinM10L  
Q
WithinM10L  
Q
WithinM5L  
△L/L  
Duration 1000 hrs  
Recovery At least 1 hr of recovery the stan-  
dard condition after the removal  
from test chamber, followed by  
measurement within 2 hrs.  
10N 10min.  
12NV33N  
15min.  
5R6V18N  
10min.  
withinM0.5nH  
under  
22NVR10  
15min.  
8.2  
H
39NVR10  
20min.  
△Q/Q  
5
R12V1R0  
25min.  
WithinM20L  
△Q/Q  
R12V4R7  
30min.  
1R2V3R3  
20min.  
within  
5R6V330  
25min.  
M5 under  
8.2  
H
390V820  
20min.  
△L/L  
M10L  
101 15min.  
Q
10NV18N  
10min.  
22NVR10  
15min.  
R12V100  
30min.  
120V220  
20min.  
24.Standard condition "Sutandard condition" referred to herein defined as follows  
5
Standard test condition Unless oherwise  
to 35 of temperature, 45 to 85% relative humidity, and 86 to specified,Temperature20M 15 of temperature,  
106kPa of air pressure.When there are questions concerning 65M20L of relative humidity.When there are question  
measurement results In order to provide correlation data, the concerning measurement result In order to provide cor-  
test shall be conducted under condition of 20M2 of tempera- relation date, the test shall be condition of 20M2 of  
ture, 45 to 85L to 106kPa of air pressure. Unless otherwise tenterature, 65M5L relative humidity.  
specified all the test are conducted under the "standard condi- Inductance is in accordance with our measured value.  
tion"  
213  
梱包ꢀPACKAGING  
1標準数 Standard Quantity  
ꢀꢀꢀꢀ  
ꢀꢀꢀꢀꢀ標準数  
Standard Quantity  
チップ  
Chip Cavity  
A
ピッチ テープ  
[pcs]  
形ꢀꢀ式  
形ꢀ式ꢀ  
ꢀꢀꢀꢀꢀꢀꢀꢀ  
Insertion Pitch  
Tape Thickness  
Type  
Type  
ꢀꢀꢀテーピング  
B
F
K
T
LB2518  
ꢀꢀꢀꢀꢀBulk / Bag  
ꢀꢀꢀTape&Reel  
ꢀ
ꢀ
ꢀ
ꢀ
2.15M0.1  
2.7M0.1  
4.0M0.1  
2.1  
0.3  
LBC2518  
f0.085M0.004g f0.107M0.004g f0.157M0.004g f0.083g f0.012g  
LB2518 / LBC2518  
LB2016  
2000  
2000  
3000  
4000  
2000  
2000  
3000  
4000  
1.9M0.1  
2.2M0.1  
4.0M0.1  
2.15  
0.3  
LB2016  
LB2012  
f0.075M0.004g f0.087M0.004g f0.157M0.004g f0.085g f0.012g  
LB2012  
1.5M0.2  
2.3M0.2  
4.0M0.1  
2.0  
0.3  
LBH1608 / LB1608  
f0.059M0.008g f0.091M0.008g f0.157M0.004g f0.079g f0.012g  
1.1max 1.1max  
5
LBH1608  
LB1608  
1.0M0.2  
1.8M0.2  
4.0M0.1  
f0.059M0.008g f0.091M0.008g f0.157M0.004g f0.079g f0.012g  
Unit: mm (inch)  
2テーピング  
Tape material  
4リーダ  
／
Leader and Blank Portion  
5リール寸法 Reel Size  
3テーピング寸法ꢀTaping Dimensions  
エン ステープ 8mm Embossed Tape (0.315 inches wide)  
テープ 8mm Paper tape (0.315 inches wide)  
10M1.5  
(0.394M0.059)  
6
ップテープ  
Top Tape Strength  
方向にて0.2 0.7N  
ップテープの  
、
図
な
The top tape requires a peel-off force of 0.2 to 0.7N in the direction of the  
arrow as illustrated below.  
197  

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