SPECIFICATION FOR APPROVAL INDEX · SPI1004L 11.5 Max 10.3Max 4.2 Max 2.9±0.5 2.2±0.5 3.5 ref 6.0...

SPECIFICATION FOR APPROVAL

INDEX

COVER PAGE

INDEX ………………………………………………………………. 0

PRODUCT DETAIL………………………………………………… 1

SHAPES & DIMENSION .……………………………………… 1-2

PART NUMBER CODE …………………………………………… 3

PRODUCT SPEC… …..…………………………….………… 4-25

REEL DIMENSIONS …………………………………………… ..26

REEL PACKAGING QUANTITY ……………………………..… 26

RELIABILITY & TEST CONDITION …………………….……...27

SGS REPORT

Part : SPI Series Version :BB Page : 1 / 29

PRODUCT DETAIL Electrical Characteristics Test Instruments

L See P3~10 L TEST FREQ: 100KHz TEST LEVEL: 0.25V Ope.Temp.: -40℃~125℃

L：WK3260B WITH WK3265B CURRENT SOURCE DCR：DIGITAL MILLIOHM METER. Saturation Current (Isat) for Inductance

drop approximately 20% from its value without current.

Temperature Rise Current (Irms) for a 40℃ rise above 25℃ ambient.

DCR See P3~10

Irms See P3~10

Isat See P3~10

SHAPES AND DIMENSIONS

P/N Item /Spec.(mm)

A B C D G H L SPI0603A 7.8 max 7.0 max 3.2 max 1.6±0.3 3.7 3.5 8.0 SPI0604A 7.8 max 7.0 max 4.2 max 1.6±0.3 3.7 3.5 8.0 SPI1004A 11.8 max 10.5 max 4.2 max 2.3±0.3 5.4 4.5 12.4 SPI1005A 11.8 max 10.5 max 5.0 max 2.3±0.3 5.4 4.5 12.4 SPI1203A 13.9 max 13.5 max 3.7 max 2.3±0.3 8.0 5.0 14.5 SPI1205A 13.9 max 13.5 max 5.2 max 2.3±0.3 8.0 5.0 14.5 SPI1207A 13.9 max 13.5 max 7.0 max 2.3±0.3 8.0 5.0 14.5


SHAPES AND DIMENSIONS

P/N Item /Spec.(mm)

A B C D E a b c SPI0402H 4.5±0.5 4.1±0.5 2.0 Max 1.7±0.5 1.0±0.5 1.5 ref 2.5 ref 2.2 refSPI0502H 5.5±0.5 5.0±0.5 2.0 Max 1.7±0.5 1.2±0.5 2.0 ref 3.0 ref 2.5 refSPI0503H 5.5±0.5 5.0±0.5 3.0 Max 1.7±0.5 1.2±0.5 2.0 ref 3.0 ref 2.5 refSPI0602H 7.6 Max 6.8 Max 2.0 Max 2.9±0.5 1.6±0.5 2.5 ref 3.7 ref 3.5 refSPI0625H 7.6 Max 6.8 Max 2.5 Max 2.9±0.5 1.6±0.5 2.5 ref 3.7 ref 3.5 ref

SPI0603HS 7.6 Max 6.8 Max 3.2 Max 2.9±0.5 1.6±0.5 2.5 ref 3.7 ref 3.5 refSPI0605H 7.6 Max 6.8 Max 5.0 Max 2.9±0.5 1.6±0.5 2.5 ref 3.7 ref 3.5 refSPI1004H 11.5 Max 10.3Max 4.2 Max 2.9±0.5 2.2±0.5 3.5 ref 6.0 ref 4.0 refSPI1203H 13.8 Max 12.9 Max 3.7 Max 3.6±0.5 2.3±0.5 2.9 ref 7.9 ref 5.0 refSPI1205H 13.8 Max 12.9 Max 5.0 Max 3.6±0.5 2.3±0.5 2.9 ref 7.9 ref 5.0 refSPI1207H 13.8 Max 12.9 Max 6.5 Max 3.6±0.5 2.3±0.5 2.9 ref 7.9 ref 5.0 refSPI0603L 7.6 Max 6.8 Max 3.2 Max 2.9±0.5 1.6±0.5 2.5 ref 3.7 ref 3.5 refSPI1004L 11.5 Max 10.3Max 4.2 Max 2.9±0.5 2.2±0.5 3.5 ref 6.0 ref 4.0 refSPI1005L 11.5 Max 10.3Max 5.0 Max 2.9±0.5 2.2±0.5 3.5 ref 6.0 ref 4.0 refSPI1203L 13.8 Max 12.9 Max 3.7 Max 3.6±0.5 2.3±0.5 2.9 ref 7.9 ref 5.0 ref


PART NUMBER CODE SPI 0603 A 100 M A 1 2 3 4 5 6

1. Series Name.

2. Size Code

3. Material Code

4. Inductance (R=Decimal Point) Unit：μH

5. Inductance tolerance：“M” + 20%；”N”+ 30%.

6. Soldering A=Lead free


PRODUCT SPEC

Ultra High Current SMT Power Inductor SPI0603A series

Part Number Inductance (μH) ± 20% DCR @25°C (mΩ) max.

Saturation Current

(Amp) max.

Temperature Rise Current (Amp) max.

SPI0603A-R10MA 0.10 1.7 42 32.5

SPI0603A-R15MA 0.15 2.5 38 26

SPI0603A-R20MA 0.20 3.0 36 24

SPI0603A-R22MA 0.22 2.8 36 23

SPI0603A-R33MA 0.33 3.9 30 20

SPI0603A-R47MA 0.47 4.2 26 17.5

SPI0603A-R56MA 0.56 4.8 24 16.5

SPI0603A-R68MA 0.68 5.5 23 15.5

SPI0603A-R82MA 0.82 8.0 20 13

SPI0603A-1R0MA 1.00 10.0 16 11

SPI0603A-1R5MA 1.50 15.0 14 9

SPI0603A-1R8MA 1.80 18.0 12 8

SPI0603A-2R2MA 2.20 20.0 12 8

SPI0603A-3R3MA 3.30 30.0 10 6

SPI0603A-4R7MA 4.70 40.0 6.5 5.5

SPI0603A-6R8MA 6.80 60.0 6 4.5

SPI0603A-8R2MA 8.20 68.0 5.5 4

SPI0603A-100MA 10.0 105.0 5 3


Ultra High Current SMT Power Inductor

SPI0604A series


Saturation Current

(Amp) max.


SPI0604A-R33MA 0.33 2.1 32 25

SPI0604A-R47MA 0.47 2.5 30 20

SPI0604A-R56MA 0.56 3 29 19

SPI0604A-R68MA 0.68 3.8 28 17

SPI0604A-R82MA 0.82 5 24 16

SPI0604A-1R0MA 1 5.8 20 15

SPI0604A-1R2MA 1.2 7.6 19 15

SPI0604A-1R5MA 1.5 8.4 18 14

SPI0604A-1R8MA 1.8 8.8 15 13

SPI0604A-2R2MA 2.2 16 14 12

SPI0604A-3R3MA 3.3 18 13 10

SPI0604A-4R7MA 4.7 21 9 7

SPI0604A-5R6MA 5.6 30 7 5.5

SPI0604A-6R8MA 6.8 30 7 5.5

SPI0604A-8R2MA 8.2 36 6.5 4.5

SPI0604A-100MA 10 60 5 4.5



SPI1004A series


Saturation Current

(Amp) max.


SPI1004A-R30MA 0.3 1.4 40 28

SPI1004A-R36MA 0.36 1.4 40 28

SPI1004A-R47MA 0.47 1.6 38 26

SPI1004A-R56MA 0.56 1.9 36 25

SPI1004A-R68MA 0.68 2.4 32 23

SPI1004A-R88MA 0.88 3 30 21

SPI1004A-1R0MA 1 3.5 28 20

SPI1004A-1R5MA 1.5 7.5 20 12

SPI1004A-2R2MA 2.2 8.56 16.5 11.5

SPI1004A-3R3MA 3.3 10 14 10

SPI1004A-4R7MA 4.7 13.5 13 8

SPI1004A-5R6MA 5.6 16 12 7

SPI1004A-6R8MA 6.8 24 9.5 7

SPI1004A-8R2MA 8.2 32.5 8 5

SPI1004A-100MA 10 35 7 5



SPI1005A series


Saturation Current

(Amp) max.


SPI1005A-R36MA 0.36 0.92 40 35

SPI1005A-R47MA 0.47 1.04 38 32

SPI1005A-R56MA 0.56 1.21 36 30

SPI1005A-R60MA 0.6 1.5 32 29.2

SPI1005A-R68MA 0.68 1.5 32 29.2

SPI1005A-R82MA 0.82 1.86 30 26

SPI1005A-1R0MA 1 2.53 28 24

SPI1005A-1R5MA 1.5 3.02 22 20

SPI1005A-1R8MA 1.8 4.03 20 18

SPI1005A-2R2MA 2.2 4.6 20 17

SPI1005A-2R7MA 2.7 8.5 18 14

SPI1005A-3R3MA 3.3 10 15 12

SPI1005A-4R7MA 4.7 12 13 10

SPI1005A-5R6MA 5.6 16 12 9

SPI1005A-6R8MA 6.8 20 10 8

SPI1005A-8R2MA 8.2 24 9 7.5

SPI1005A-100MA 10 28 8 7



SPI1203A series


Saturation Current

(Amp) max.


SPI1203A-R10MA 0.1 0.96 56 43

SPI1203A-R15MA 0.15 1.2 50 41

SPI1203A-R22MA 0.22 1.3 50 38.5

SPI1203A-R33MA 0.33 1.5 50 36.5

SPI1203A-R47MA 0.47 2 44 32

SPI1203A-R60MA 0.6 2.5 42 29

SPI1203A-R68MA 0.68 2.5 40 28

SPI1203A-R82MA 0.82 3 38 25

SPI1203A-1R0MA 1 3.5 36 24

SPI1203A-1R5MA 1.5 5.5 28 19

SPI1203A-1R8MA 1.8 7 24 16.5

SPI1203A-2R2MA 2.2 8 20 16

SPI1203A-3R3MA 3.3 12 18 12

SPI1203A-4R7MA 4.7 15 16 10

SPI1203A-5R6MA 5.6 18 14 9.5

SPI1203A-6R8MA 6.8 22 13 9

SPI1203A-8R2MA 8.2 28 11 8.5

SPI1203A-100MA 10 35 10 7



SPI1205A series


Saturation Current

(Amp) max.


SPI1205A-R36MA 0.36 1.1 75 41

SPI1205A-R47MA 0.47 1.3 65 38

SPI1205A-R50MA 0.5 1.5 55 36

SPI1205A-R56MA 0.56 1.5 55 36

SPI1205A-R68MA 0.68 1.7 54 34

SPI1205A-R82MA 0. 82 2.3 53 31

SPI1205A-1R0MA 1 2.5 50 29

SPI1205A-1R2MA 1.2 2.5 30 20

SPI1205A-1R5MA 1.5 4.1 48 23

SPI1205A-2R2MA 2.2 5.5 32 20

SPI1205A-2R7MA 2.7 8.2 32 18

SPI1205A-3R3MA 3.3 9.2 32 15

SPI1205A-4R7MA 4.7 15 27 12

SPI1205A-5R6MA 5.6 16.5 22 11.5

SPI1205A-6R8MA 6.8 18.5 21 11

SPI1205A-7R8MA 7.8 20.5 18 10

SPI1205A-8R2MA 8.2 22.5 12 9.5

SPI1205A-100MA 10 25.5 9.5 9



SPI1207A series


Saturation Current

(Amp) max.


SPI1207A-R33MA 0.33 0.9 65 46

SPI1207A-R47MA 0.47 1.2 63 41

SPI1207A-R56MA 0.56 1.4 62 37

SPI1207A-R68MA 0.68 1.6 60 35

SPI1207A-R82MA 0.82 1.9 50 33

SPI1207A-1R0MA 1 2 50 32

SPI1207A-1R5MA 1.5 3 45 27

SPI1207A-2R2MA 2.2 4.2 40 22

SPI1207A-3R3MA 3.3 6.8 35 18

SPI1207A-4R7MA 4.7 11.2 30 15

SPI1207A-5R6MA 5.6 10 26.5 13.5

SPI1207A-6R8MA 6.8 14 17 12

SPI1207A-8R2MA 8.2 15.5 16 10.5

SPI1207A-100MA 10 16.8 15.5 10



SPI0402H series


Saturation Current

(Amp) max.


SPI0402H-R10MA 0.10 4.00 22.00 12.00

SPI0402H-R22MA 0.22 6.60 12.50 9.00

SPI0402H-R47MA 0.47 14.00 9.50 7.00

SPI0402H-R56MA 0.56 16.00 8.50 6.50

SPI0402H-1R0MA 1.00 27.00 7.00 4.50

SPI0402H-1R5MA 1.50 46.00 6.00 4.00

SPI0402H-2R2MA 2.20 58.00 5.00 3.00

SPI0402H-3R3MA 3.30 87.00 4.00 2.50



SPI0502H series


Saturation Current

(Amp) max.


SPI0502H-R10MA 0.10 3.90 45.00 17.00

SPI0502H-R22MA 0.22 5.20 22.00 15.00

SPI0502H-R33MA 0.33 8.20 25.00 12.00

SPI0502H-R47MA 0.47 9.40 21.00 11.50

SPI0502H-R68MA 0.68 12.40 15.00 10.00

SPI0502H-1R0MA 1.00 20.00 16.00 7.00

SPI0502H-2R2MA 2.20 50.10 12.50 4.20

SPI0502H-3R3MA 3.30 85.50 8.50 3.30

SPI0502H-4R7MA 4.70 116.60 5.00 2.80



SPI0503H series


Saturation Current

(Amp) max.


SPI0503H-R10MA 0.10 3.16 27.00 23.00

SPI0503H-R22MA 0.22 4.52 21.00 15.50

SPI0503H-R33MA 0.33 5.56 19.00 13.70

SPI0503H-R47MA 0.47 7.04 16.00 12.20

SPI0503H-R68MA 0.68 8.96 13.50 10.20

SPI0503H-R82MA 0.82 11.90 13.00 9.30

SPI0503H-1R0MA 1.00 13.70 12.00 9.20

SPI0503H-1R5MA 1.50 20.70 11.00 7.20

SPI0503H-2R2MA 2.20 29.20 10.00 5.80

SPI0503H-3R3MA 3.30 54.70 8.50 5.00

SPI0503H-4R7MA 4.70 77.50 8.20 3.50



SPI0602H series


Saturation Current

(Amp) max.


SPI0602H-R10MA 0.10 3.50 40.00 18.00

SPI0602H-R15MA 0.15 5.20 38.00 15.00

SPI0602H-R22MA 0.22 5.70 26.00 14.00

SPI0602H-R33MA 0.33 7.00 18.00 12.00

SPI0602H-R47MA 0.47 9.30 18.00 11.00

SPI0602H-R68MA 0.68 13.90 17.00 9.00

SPI0602H-R82MA 0.82 15.90 17.00 8.00

SPI0602H-1R0MA 1.00 18.30 14.00 7.00

SPI0602H-1R5MA 1.50 34.00 13.00 4.00

SPI0602H-2R2MA 2.20 46.00 11.50 3.75

SPI0602H-3R3MA 3.30 60.10 10.00 3.25

SPI0602H-4R7MA 4.70 78.00 8.00 3.00



SPI0625H series


Saturation Current

(Amp) max.


SPI0625H-R10MA 0.10 1.70 50.00 30.00

SPI0625H-R22MA 0.22 3.20 34.00 21.00

SPI0625H-R33MA 0.33 4.10 22.00 18.00

SPI0625H-R47MA 0.47 6.50 21.00 13.50

SPI0625H-R68MA 0.68 9.40 18.00 11.00

SPI0625H-R82MA 0.82 11.80 17.00 10.00

SPI0625H-1R0MA 1.00 14.20 16.00 9.00

SPI0625H-1R5MA 1.50 21.20 15.00 7.50

SPI0625H-2R2MA 2.20 34.00 14.00 6.50

SPI0625H-3R3MA 3.30 51.60 13.00 5.00

SPI0625H-4R7MA 4.70 63.00 10.00 4.50

SPI0625H-6R8MA 6.80 95.00 9.00 3.50

SPI0625H-8R2MA 8.20 106.00 8.00 3.00

SPI0625H-100MA 10.00 129.00 7.00 2.50



SPI0603HS series


Saturation Current

(Amp) max.


SPI0603HS-R10MA 0.10 1.70 60.00 32.50

SPI0603HS-R22MA 0.22 2.80 40.00 23.00

SPI0603HS-R33MA 0.33 3.90 30.00 20.00

SPI0603HS-R47MA 0.47 4.50 26.00 17.50

SPI0603HS-R68MA 0.68 5.50 25.00 15.50

SPI0603HS-R82MA 0.82 8.00 24.00 13.00

SPI0603HS-1R0MA 1.00 10.00 22.00 11.00

SPI0603HS-1R5MA 1.50 15.00 18.00 9.00

SPI0603HS-2R2MA 2.20 20.00 14.00 8.00

SPI0603HS-3R3MA 3.30 30.00 13.50 6.00

SPI0603HS-4R7MA 4.70 40.00 10.00 5.50

SPI0603HS-6R8MA 6.80 60.00 8.00 4.50

SPI0603HS-8R2MA 8.20 68.00 7.50 4.00

SPI0603HS-100MA 10.00 105.00 7.00 3.00



SPI0605H series


Saturation Current

(Amp) max.


SPI0605H-R56MA 0.56 3.60 12.00 20.00

SPI0605H-R68MA 0.68 4.50 11.50 18.00

SPI0605H-R82MA 0.82 4.90 13.00 16.50

SPI0605H-1R0MA 1.00 6.50 15.00 13.00

SPI0605H-1R5MA 1.50 9.00 12.00 12.00

SPI0605H-2R2MA 2.20 13.60 10.00 10.00

SPI0605H-3R3MA 3.30 20.90 8.00 8.00

SPI0605H-4R7MA 4.70 30.30 7.00 6.50

SPI0605H-5R6MA 5.60 34.40 7.00 6.00

SPI0605H-6R8MA 6.80 44.60 5.50 5.50

SPI0605H-8R2MA 8.20 50.70 5.00 5.00

SPI0605H-100MA 10.00 71.30 4.50 4.50



SPI1004H series


Saturation Current

(Amp) max.


SPI1004H-R19MA 0.19 0.95 90.00 40.00

SPI1004H-R36MA 0.36 1.40 60.00 31.50

SPI1004H-R47MA 0.47 1.60 52.00 28.50

SPI1004H-R56MA 0.56 1.80 49.00 27.50

SPI1004H-1R0MA 1.00 3.70 36.00 17.50

SPI1004H-1R5MA 1.50 5.80 27.50 15.00

SPI1004H-2R2MA 2.20 10.00 25.60 12.00

SPI1004H-3R3MA 3.30 12.00 18.60 10.00

SPI1004H-4R7MA 4.70 16.50 17.00 9.50

SPI1004H-5R6MA 5.60 19.30 16.00 8.50

SPI1004H-6R8MA 6.80 23.30 13.50 8.00

SPI1004H-100MA 10.00 36.50 12.00 6.80



SPI1203H series


Saturation Current

(Amp) max.


SPI1203H-R10MA 0.10 0.96 84.00 43.00

SPI1203H-R15MA 0.15 1.20 75.00 41.00

SPI1203H-R22MA 0.22 1.30 65.00 38.50

SPI1203H-R33MA 0.33 1.50 62.00 36.50

SPI1203H-R47MA 0.47 2.00 55.00 32.00

SPI1203H-R60MA 0.60 2.20 51.00 29.00

SPI1203H-R68MA 0.68 2.50 49.00 28.00

SPI1203H-R82MA 0.82 3.00 44.00 25.00

SPI1203H-1R0MA 1.00 3.50 40.00 24.00

SPI1203H-1R5MA 1.50 5.50 35.00 19.00

SPI1203H-1R8MA 1.80 7.00 30.00 16.50

SPI1203H-2R2MA 2.20 8.00 29.00 16.00

SPI1203H-3R3MA 3.30 12.00 27.00 12.00

SPI1203H-4R7MA 4.70 15.00 24.00 10.00

SPI1203H-5R6MA 5.60 19.00 19.00 9.50

SPI1203H-6R8MA 6.80 22.00 18.00 9.00

SPI1203H-8R2MA 8.20 28.00 16.00 8.50

SPI1203H-100MA 10.00 34.00 14.00 7.00



SPI1205H series


Saturation Current

(Amp) max.


SPI1205H-R10MA 0.10 0.60 118.00 55.00

SPI1205H-R22MA 0.22 0.80 110.00 51.00

SPI1205H-R33MA 0.33 1.10 80.00 42.00

SPI1205H-R47MA 0.47 1.30 65.00 38.00

SPI1205H-R56MA 0.56 1.50 55.00 36.00

SPI1205H-R68MA 0.68 1.70 54.00 34.00

SPI1205H-R82MA 0.82 2.30 53.00 31.00

SPI1205H-1R0MA 1.00 2.50 50.00 29.00

SPI1205H-1R5MA 1.50 4.10 48.00 23.00

SPI1205H-1R8MA 1.80 4.90 40.00 19.00

SPI1205H-2R2MA 2.20 5.50 32.00 20.00

SPI1205H-3R3MA 3.30 9.20 32.00 15.00

SPI1205H-4R7MA 4.70 15.00 27.00 12.00

SPI1205H-5R6MA 5.60 16.50 22.00 11.50

SPI1205H-6R8MA 6.80 18.50 21.00 11.00

SPI1205H-7R8MA 7.80 20.50 18.00 10.00

SPI1205H-8R2MA 8.20 22.50 18.00 9.50

SPI1205H-100MA 10.00 25.50 16.00 9.00



SPI1207H series


Saturation Current

(Amp) max.


SPI1207H-R10MA 0.10 0.50 120.00 60.00

SPI1207H-R15MA 0.15 0.60 118.00 55.00

SPI1207H-R22MA 0.22 0.70 112.00 53.00

SPI1207H-R30MA 0.30 0.80 72.00 48.00

SPI1207H-R33MA 0.33 0.90 65.00 46.00

SPI1207H-R40MA 0.40 1.00 64.00 44.00

SPI1207H-R47MA 0.47 1.20 63.00 41.00

SPI1207H-R56MA 0.56 1.40 62.00 37.00

SPI1207H-R68MA 0.68 1.60 60.00 35.00

SPI1207H-R82MA 0.82 1.90 50.00 33.00

SPI1207H-1R0MA 1.00 2.00 49.00 32.00

SPI1207H-1R2MA 1.20 2.50 48.00 30.00

SPI1207H-1R5MA 1.50 3.00 45.00 27.00

SPI1207H-1R8MA 1.80 3.20 41.00 24.00

SPI1207H-2R2MA 2.20 4.20 40.00 22.00

SPI1207H-3R3MA 3.30 6.80 35.00 18.00

SPI1207H-4R7MA 4.70 8.70 32.00 13.50

SPI1207H-5R6MA 5.60 10.00 32.00 13.50

SPI1207H-6R8MA 6.80 14.00 16.50 11.50

SPI1207H-8R2MA 8.20 15.50 16.00 10.50

SPI1207H-100MA 10.00 17.20 15.50 10.00



SPI0603L series


Saturation Current

(Amp) max.


SPI0603L-R10MA 0.10 1.70 42.00 32.50

SPI0603L-R15MA 0.15 2.50 38.00 26.00

SPI0603L-R20MA 0.20 3.00 36.00 24.00

SPI0603L-R22MA 0.22 2.80 36.00 23.00

SPI0603L-R33MA 0.33 3.90 30.00 20.00

SPI0603L-R47MA 0.47 4.50 26.00 17.50

SPI0603L-R68MA 0.68 5.50 23.00 15.50

SPI0603L-R82MA 0.82 8.00 20.00 13.00

SPI0603L-1R0MA 1.00 10.00 16.00 11.00

SPI0603L-1R5MA 1.50 15.00 14.00 9.00

SPI0603L-2R2MA 2.20 20.00 12.00 8.00

SPI0603L-3R3MA 3.30 30.00 10.00 6.00

SPI0603L-4R7MA 4.70 40.00 6.50 5.50

SPI0603L-6R8MA 6.80 60.00 6.00 4.50

SPI0603L-8R2MA 8.20 68.00 5.50 4.00

SPI0603L-100MA 10.00 105.00 4.50 3.00



SPI1004L series


Saturation Current

(Amp) max.


SPI1004L-R36MA 0.36 1.40 40.00 28.00

SPI1004L-R47MA 0.47 1.60 38.00 26.00

SPI1004L-R56MA 0.56 1.90 36.00 25.00

SPI1004L-R68MA 0.68 2.40 32.00 23.00

SPI1004L-1R0MA 1.00 3.70 28.00 20.00

SPI1004L-1R5MA 1.50 5.80 20.00 12.00

SPI1004L-2R2MA 2.20 10.00 16.50 11.50

SPI1004L-3R3MA 3.30 12.00 14.00 10.00

SPI1004L-4R7MA 4.70 15.00 13.00 8.00

SPI1004L-5R6MA 5.60 16.00 12.00 7.00

SPI1004L-8R2MA 8.20 32.50 8.00 5.00

SPI1004L-100MA 10.00 40.00 7.00 4.50



SPI1005L series


Saturation Current

(Amp) max.


SPI1005L-R36MA 0.36 0.92 40.00 35.00

SPI1005L-R47MA 0.47 1.04 38.00 32.00

SPI1005L-R56MA 0.56 1.21 36.00 30.00

SPI1005L-R68MA 0.68 1.50 32.00 29.20

SPI1005L-1R0MA 1.00 2.53 28.00 24.00

SPI1005L-1R5MA 1.50 3.02 22.00 20.00

SPI1005L-1R8MA 1.80 4.03 20.00 18.00

SPI1005L-2R2MA 2.20 4.60 20.00 17.00

SPI1005L-3R3MA 3.30 10.00 15.00 12.00

SPI1005L-4R7MA 4.70 12.00 13.00 10.00

SPI1005L-5R6MA 5.60 16.00 12.00 9.00

SPI1005L-8R2MA 8.20 24.00 9.00 7.50

SPI1005L-100MA 10.00 28.00 8.00 7.00



SPI1203L series


Saturation Current

(Amp) max.


SPI1203L-R10MA 0.10 0.96 56 43.0

SPI1203L-R15MA 0.15 1.20 50 41.0

SPI1203L-R22MA 0.22 1.30 50 38.5

SPI1203L-R33MA 0.33 1.50 50 36.5

SPI1203L-R47MA 0.47 2.00 44 32.0

SPI1203L-R56MA 0.60 2.50 42 29.0

SPI1203L-R68MA 0.68 2.50 40 28.0

SPI1203L-R82MA 0.82 3.00 38 25.0

SPI1203L-1R0MA 1.00 3.50 36 24.0

SPI1203L-1R5MA 1.50 5.50 28 19.0

SPI1203L-1R8MA 1.80 7.00 24 16.5

SPI1203L-2R2MA 2.20 8.00 20 16.0

SPI1203L-3R3MA 3.30 12.0 18 12.0

SPI1203L-4R7MA 4.70 15.0 16 10.0

SPI1203L-5R6MA 5.60 18.0 14 10.0

SPI1203L-6R8MA 6.80 22.0 13 9.0

SPI1203L-8R2MA 8.20 28.0 12 8.5

SPI1203L-100MA 10.0 34.0 9.5 7.0


REEL DIMENSIONS：

Unit: mm

REEL PACKAGING QUANTITY

TYPE W P REEL SIZE PCS / REEL SPI0603A 16 12 330 mm (13”) 1000 SPI0604A 16 12 330 mm (13”) 1000 SPI1004A 24 16 330 mm (13”) 900 SPI1005A 24 16 330 mm (13”) 800 SPI1203A 24 20 330 mm (13”) 500 SPI1205A 24 20 330 mm (13”) 500 SPI1207A 24 20 330 mm (13”) 400

SPI0402H 12 8 330 mm (13”) 3500 SPI0502H 12 8 330 mm (13”) 3000 SPI0503H 12 8 330 mm (13”) 2500 SPI0602H 16 12 330 mm (13”) 2000 SPI0625H 16 12 330 mm (13”) 2000 SPI0603H 16 12 330 mm (13”) 1500 SPI0605H 16 12 330 mm (13”) 800 SPI1004H 24 16 330 mm (13”) 1000 SPI1203H 24 16 330 mm (13”) 1000 SPI1205H 24 16 330 mm (13”) 500 SPI1207H 24 16 330 mm (13”) 500

SPI0603L 16 12 330 mm (13”) 1500 SPI1004L 24 16 330 mm (13”) 1000 SPI1005L 24 16 330 mm (13”) 800 SPI1203L 24 16 330 mm (13”) 1000


RELIABILITY AND TEST CONDITION Environmental tests conditions (SMD wire wound Inductor)

Item (項目) Required Characteristics (要求) Test Method/Condition (測試方法)

High temperature Storage test Reference documents: MIL-STD-202G Method 108A 高溫儲存試驗

1.No case deformation or change in appearance.2.∆L/L≦10% or 15% 3.∆DCR/DCR≦10% N：The High temperature, depend on the spec. N：高溫設定，依據產品規格設定 1.無明顯的外觀缺陷 2.感值變化不超過 10% 或者 15% 3.直流電阻變化不超過 10%

Temperature: N±2℃ Time : 96±2 hours Tested not less than 1 hour, nor more than 2 hours at room temperature.

溫度: N±2℃,時間: 96±2,小時樣品在室溫下放置 1 小時,不超過 2 小時間必須測試.

Low temperature Storage test Reference documents: IEC 68-2-1A 6.1 6.2 低溫儲存試驗

1.No case deformation or change in appearance.2.∆L/L≦10% or 15% 3.∆DCR/DCR≦10% M：The Low temperature, depend on the spec. M：低溫設定，依據產品規格設定 1.無明顯的外觀缺陷 2.感值變化不超過 10% 或者 15% 3.直流電阻變化不超過 10%

Temperature: M±2℃ Time : 96±2 hours Tested not less than 1 hour, nor more than 2 hours at room temperature.

溫度: M±2℃,時間:96±2,小時樣品在室溫下放置 1 小時,不超過 2 小時間必須測試.

Humidity test Reference documents: MIL-STD-202G Method 103B 濕度測試

1.No case deformation or change in appearance. 2.∆L/L≦10% or 15% 3.∆DCR/DCR≦10%

1.無明顯的外觀缺陷 2.感值變化不超過 10% 或者 15% 3.直流電阻變化不超過 10%

Temperature: 40±2℃ , Humidity: 93±3%RH Time : 96±2 hours Tested not less than 1 hour, nor more than 2 hours at room temperature.

溫度:40±2℃ , 濕度: 93±3%RH 時間 :96±2 hours 樣品在室溫下放置 1 小時,不超過 2 小時間必須測試.

Thermal shock test Reference documents: MIL-STD-202G Method 107G 熱衝擊測試

1.No case deformation or change in appearance.2.∆L/L≦10% or 15% 3.∆DCR/DCR≦10% N：The High temperature, depend on the spec.M：The Low temperature, depend on the spec. For T: weight≦28g : 15Min; 28g≦weight≦136g : 30Min 1.無明顯的外觀缺陷 2.感值變化小於 10% 或者 15% 3.直流電阻變化小於 10%

First M℃ for T time, next N℃ for T time as 1 cycle. Go through 20 cycles.

從 M℃作用 T 分鐘,然後溫度衝擊到 N℃ 作用 T 分鐘, 作為一個循環,共作用 20 次.


Physical characteristic tests conditions (SMD wire wound Inductor)

Item (項目) Required Characteristics (要求) Test Method/Condition (測試方法)

Solderability test Reference documents: MIL-STD-202G Method 208H IPC J-STD-002B

可焊性測試

Terminals area must have 95% min. Solder coverage

端子必須有 95%以上著錫

Dip pads in flux then dip in solder pot at 245±5°C for 5 second. Soler: lead free Flux: rosin flux 端子侵入著焊劑，然後侵入 245±5°C 錫爐中 5 秒焊料 : 無鉛焊料助焊劑: 松香助焊劑

Heat endurance of Reflow soldering

Reference documents:

IPC J-STD-020D

過再流焊測試

No case deformation or change in appearance. ∆L/L≦10% or 15% ∆DCR/DCR≦10% 無明顯的外觀缺陷感值變化不超過 10% 或者 15% 直流電阻變化不超過 10%

Refer to the next page reflow curve Go through 3 times The peak temperature : 260+/-5℃ 參照下頁回流焊曲線過三次峰值溫度為: 260+/-5℃

Vibration test


MIL-STD-202G Method 201A

振動測試

1.No case deformation or change in appearance. 2.No short and no open. 1.無明顯的外觀缺陷 2.無短路開路異常

Apply frequency 10~55Hz. 1.5mm amplitude in each of perpendicular direction for 2 hours.(total 6 hours)

用 10~55Hz 振動頻率 1.5mm 振幅沿 X,Y,Z 方向各振動 2小時.(共 6 小時)

Drop test Reference documents: MIL-STD-202G Method 203C

落下試驗

1.No case deformation or change in appearance. 2.No short and no open. 1.無明顯的外觀缺陷 2.無短路開路異常

Packaged & Drop down from 1m with 981m/s2(100G) attitude In 1 angle 1 ridges & 2 surfaces orientations.

將產品包裝後從 1 米高度自然落下至試驗板上 1 角 1 棱 2 面

Terminal strength push test


JIS C 5321:1997 端子強度試驗

Pulling test: DEFINE: A: sectional area of terminal 0.5mm22kgf； time : 10sec1.2mm24kgf； time: 10sec Bending test: Soldering the products on PCB, after the pulling test and bending test ,terminal should not pull off 推力測試定義: A: 焊接端子截面積 0.5mm22kgf；時間: 10sec1.2mm24kgf；時間: 10sec彎折測試： :將產品焊於 PCB 上,分別經過推力測試和彎折測試後,端子不會發生松脫

Bend the testing PCB at middle point, the deflection shall be 2mm

將 PCB 對中彎折,到達撓度 2mm

Resistance to solvent test Reference documents: IEC 68-2-45:1993 耐溶劑性試驗

No case deformation or change in appearance, orobliteration of marking 無外觀破壞及標記破損

To dip parts into IPA solvent for 5±0.5Min, then drying them at room temp for 5Min,at last ,to brushing making 10 times. 在 IPA 溶劑中浸泡 5±0.5 分鐘,室溫下乾燥 5 分鐘,然後擦拭 10 次.


RELIABILITY TEST CONDITIONS WIRE WOUND CHIP INDUCTORS TYPE

Item (項目) Required Characteristics(要求) Test Method / Condition (測試方法)

Electronic characteristic test of major products 主要產品電特性測試

Refer to catalogue of specific products 參照具體產品目錄頁

Refer to catalogue of specific products 參照具體產品目錄頁書

Overload test Reference documents: JIS C5311-6.13 過負荷試驗

During the test no smoke, no peculiar, smell, no fire The characteristic is normal after test 試驗過程中無冒煙,異味,著火等, 試驗後產品特性正常

Apply twice as rated current for 5 minutes. (It’s not application to some special design) 通兩倍額定電流 5 分鐘 (部分特殊設計產品不適用)

Curve of Heat endurance of Reflow soldering test

1. This peak temperature only applicable to some special parts. The operating parameter may very according to the part type.

2. A test is made under the conditions mentioned above. And it is left 1 hour in the normal temperature and humidity. After that, no mechanical and electrical defeat should be found out.

3. The reflow condition is according to the machine used by our company.

NOTE：Above specifications are only for reference, follow confirmation documents for the specific test conditions.

SPECIFICATION FOR APPROVAL INDEX · SPI1004L 11.5 Max 10.3Max 4.2 Max 2.9±0.5 2.2±0.5 3.5 ref 6.0...

Documents

Transcript of SPECIFICATION FOR APPROVAL INDEX · SPI1004L 11.5 Max 10.3Max 4.2 Max 2.9±0.5 2.2±0.5 3.5 ref 6.0...