Surface Mount Type - Nichia...7 14 (8.7) (11) 14 16 光学的中心位置 Location of the optical...

Out l ine Dimens ions / Pack ing Example / Handl ing Precaut ions

［外形寸法図 / 梱包例 / 注意事項］

Surface Mount Type

日亜カタログ20春_中英語版_P154-189.indd 154 2020/04/16 18:40

Surface Mount Type LEDOutline Dimensions 外形寸法図

155Outline Dimensions

（单位 Unit：mm）

a(Cathode)

b(Anode)

0.75(2.6)光学的中心位置Location of the optical center

Cathode Mark

3

(2.6)3

3

4 1

2

(2.6)

0.89

2.27

0.481.45

0.5

Anode 1Cathode 1

Cathode 2 Anode 2

保护装置Protection Device

3 2


4 1

K

K

A

A回路2(2700K) Circuit 2(2700K)

回路1(6500K) Circuit 1(6500K)

（公差 Tolerance: ±0.2）

NF2W757G-MT


K A

0.8

a(Cathode)

b(Anode)

Cathode Mark

3

3

（2.6）

（2.6）光学的中心位置Location of the optical center

1.42

2.27

Cathode Anode

0.48

2.6

NF2W757H-F1, NFSW757H-V1

(公差 Tolerance: ±0.2)

NF2W757G-V3F1, NF2W757GR-V3, NFSW757G-P5V1,NFSx(W,L)757G-P5, NF2x(W,L)757GR-V1U4,NF2x(W,L)757G-F1, NFSx(W,L)757G,NF2x(W,L)757GR-V1, NFSW757G-V3,NE2x(B,G)757G, NF2E757GR, NFSY757G, NE2R757G-P6


NXXX757G

NX2X757GR

K A

Cathode Mark

Cathode Anode

a(Cathode)

b(Anode)

K A


3.0

3.0

（2.

6）

（2.6）0.65

2.6

1.42

2.27

0.48

NF3W585AR-V1, NF3W585AR, NF2W585AR

K A


3.6

0.25

3.2

2.05

1.13

1.78

2.52.9

Cathode Anode

3.5

3.5

4

光学的中心位置Location of the optical center

Cathode Mark

Cathode Mark

NF3W585AR-V1, NF3W585AR

K A


NF2W585AR


K A


底部散热片Die Heat Sink

3.13.5

3.5

Cathode Mark


0.450.51.33.2

2.43.2

AnodeCathode


0.770.4

2.35

NVSW319B


3.1

3.5

3.5

Cathode Mark


3.2

0.53.2

AnodeCatnode

0.77

0.4

2.35

K A


NVSW309B


K A


3.1

3.5

3.5Cathode Mark


2.3

0.72

0.4

0.453.2

3.22.4

0.51.3

AnodeCathode

Die Heat Sink底部散热片

NVSW219F, NVSW219F-V1

K A


3.2

3.20.5

Cathode Anode

3.1

3.5

3.5Cathode Mark


2.3

0.72

0.4

NVSW119F, NVSW119F-V1

K A



2

0.4

3.5

Cathode Mark

3.52.9

AnodeCathode

1.30.5

3.2

0.45

2.43.2


NCSx(C,B,E,G,A)219B-V1, NVSA219B-V1



Outline Dimensions 外形尺寸图

156 Outline Dimensions

K A


3.5

Cathode Mark

3.52.9

2

AnodeCathode

0.53.2

3.2

0.4

NCSx(C,B,E,G,A)119B-V1, NVSA119B-V1


0.4

Cathode Mark

3.5

3.52.9

AnodeCathodeDie Heat Sink

0.450.5

2.43.2

1.3

3.2

2

K A


NCSR219B-V1


0.4

Cathode Mark

3.5

3.52.9

0.5

3.2

3.2

1.35Cathode Anode

K A

2

NCSR119B-V1


0.73

0.73

3.653.12

3.123.65


0.53.2

3.2

Cathode MarkCathode Anode

K A（公差 Tolerance: ±0.2）

NV4WB35AM NV4x(W,L)144AR, NV4x(W,L)144AM

NV4x(W,L)144AR

NV4x(W,L)144AM

4.6

Cathode Mark

5

5

0.4

3.15

0.54.65

4.65

Cathode Mark

Cathode Anode


K A

K



NV9W149AM

光学的中心位置

保护装置


NFMW481AR,NFMW484AR,NFMW486AR,NFMW488AR,NFMW488AR-V1

0.25(0.8)

2.032.65

4.77

Cathode Anode

3.7

(4.8

)(5

.6)

5.8

(4.8)(5.6)5.86.5

Cathode Mark

NFMW488AR, NFMW488AR-V1

NFMW488AR, NFMW488AR-V1

保护装置

保护装置

保护装置

K A

H

0.25

(0.09)

0.9

0.9

Cathode Anode

1.1

1.1



NFSWE11A NCSx(W,L,C,B,G,A,R)E17A


K A

1.7

1.7

0.2

Cathode Anode

0.86

0.86

0.33

0.33 0.33

H


Surface Mount Type LED


（单位 Unit：mm）NVSx(W,L)E21A


H

2.1

2.1

1.26

1.26

0.53 0.2

Cathode Anode

0.53

K A

12 MAX

1013

光学的中心位置Location of the optical center发光中心的位置精度 ±0.3mm

The center of emitting area to be centered ±0.3mm.

16

（7）（9.3）

Cathode 1

Cathode 2

310

Anode 1

Anode 2

19

2


2K A

1


1K A

5000K

2700K

NJCWL024Z-V1MT


12 MAX

光学的中心位置Location of the optical center发光中心的位置精度 ±0.3mm


Cathode 1

Cathode 2

Anode 1（11）（13.3）24

19

1518

613

Anode 2

2



2K A

1 1K A

5000K

2700K

NVCWJ024Z-V1MT


(公差 Tolerance:±0.3)

NTCWT012B-V3

2 M

AX

1

103

(5.9)

12

10(7.9)

1315

Anode

Cathode

K

Protection Device

A

光学的中心位置Location of the optical center发光中心的位置精度 ±0.3mmThe center of emitting area to be centered ±0.3mm.

保护装置K


A

12 MAX

(6.7) Anode

Cathode

(9)10

12

1315

3 10



Nx(F,T)CWS024B-V3, NTCWS024B-V4

K


A

17

Anode

Cathode 19

7 14

(8.7)(11)14

16


12 MAX


NFCWL036B-V3, NFCWL036B-V4

K


A

Cathode

Anode

1719

16

14

7 14

(11.5)(13.8)


12 MAX


NFCWL048B-V3, NFCWL060B-V3, NFCWL060B-V4, NFCWL072B-V3


NFCWD084B-V3, NFCWD096B-V3


发光中心的位置精度 ±0.3mm

保护装置

NFCWJ108B-V3, NFCWJ108B-V4, NFCWJ120B-V3, NFDWJ130B-V3,NFDWJ130B-V4

K


A

12 MAX

Cathode

Anode

24

19 17

19

22

(14.6)

9.7

(16.9)


NFCWJ108B-V3, NFCWJ108B-V4, NFCWJ120B-V3 NFDWJ130B-V3, NFDWJ130B-V4


18K A13





12M

AX

K A18

(23)(25)

22 29

2429

38

38

NFEWH306B-V2


保护装置


发光中心的位置精度 ±0.3mmLocation of the optical center


Protection Device

K


A

2 MAX

1

(5.9)

3

(8.2)

15

10 12

1013

Cathode

Anode



NVNWS007Z-V1

K


A

12 MAX

Cathode

Anode

15

(9.3)

(7)

12

10

13

10 3



NJCWS024Z-V1

K


A×16

2 MAX

1

Anode

19(11.2)(8.9)

1417

16714

Cathode



NVEWL016Z-V1

K


A

2 MAX

1

Anode

19

(13.3)

(11)

1417

166.714

Cathode



NVCWL024Z-V1

K


A×16

2 MAX

1

Anode

22

17

(14.6)(16.9)

24

19

Cathode


19

9.7


NVEWJ048Z-V1

K A


0.2 0.76±0.03

0.76±0.03

1.6

1.2

0.14 A

0.14 B

0.75±0.04

A

B

1.45 1.6

1.2

1.05

0.3

AnodeCathode

0.14 B

0.14 A


NJSW170D


NJSA170C

K A


1.2

1.6

(0.6

)

0.76

0.76

(0.6

2)

(0.22)

0.75

Cathode Anode

1.45

1.050.3

K A


0.75

B0.14

B

A

1.45

1.6

1.8

1.23

0.3

AnodeCathode

0.14 A

B0.14

0.185 1.15±0.03

1.15±0.03

1.8

1.45

0.14 A

NCSW170D, NCSA170D






B0.14

B

A

1.45

1.6

1.8

1.23

0.3

0.815

0.3


AnodeCathode

0.14 A

0.75

B0.14

0.185 1.15±0.03

1.15±0.03

1.8

1.45

0.14 A

K A



NCSW131D, NCSA131D


K A


0.75

B0.14

0.185 0.95±0.03

0.95±0.031.45

1.8

0.14 A

AnodeCathodeA

B

0.14 A1.23

1.8

1.6

1.45

0.3

B0.14

NCSW170D-PCA


K A



0.75

B0.14

0.185 0.95±0.03

0.95±0.031.45

1.8

0.14 A


AnodeCathodeA

B0.14 A

1.23

1.8

0.3

0.815

1.6

1.45

0.3

B0.14

NCSW131D-PCA


0.185

1.45

1.8

1.15±0.03

0.95±0.03

0.14 B

0.14 A

0.75

0.3

1.23

1.8

1.6

1.45

Cathode Anode

A

B 0.14 A

0.14 B

K A



NCSW170D-PCB

K A



0.75

A

B

0.3

0.815

0.3

1.23

1.8

1.6

1.45

Cathode Anode

0.14 A

0.14 B


0.185

1.45

1.8

1.15±0.03

0.95±0.03

0.14 B

0.14 A


NCSW131D-PCB

K A


0.75

A0.14

A

B

1.6

3

2.8

1.4

0.5Cathode Anode

0.14 B

0.14

1.15±0.03

1.6

0.14 B

A2.3±0.03

0.1753

NC2W170D, NC2A170D


K A


0.75

2.80.5

AnodeCathode

1.4

1.151.61.15

2.3 (0.525)

(0.225)(1.325)

3


NC2W170C

A0.14

A

B

1.6

3

2.8

1.4

0.45

0.4

0.4


Cathode Anode

0.14 B

0.14

1.15±0.03

1.6

0.14 B

A2.3±0.03

0.1753

0.75

K A



NC2W131D, NC2A131D


0.14 B0.14 A

2.6AnodeCathode

3.1

0.3 1.052.4

A

B

1.3

0.3

2.9

0.75

2.3±0.032.6

0.14 B

1.15±0.03

0.14 A

0.825

3.1

K A

底部散热片Die Heat Sink底部散热片

Die Heat Sink





NC2W121D




K A

3.45±0.033.75

0.14 B

1.15±0.03

0.14 A

0.825

3.1

0.14 B0.14 A

3.75AnodeCathode

3.1

0.3 1.6253.55

A

B

1.3

0.3

2.9

0.75







NC3W121D

0.75

0.825

4.6±0.03

1.15±0.03

3.1

4.9

0.14 A

0.14 B

B

A3.1

4.9

0.4

0.4

2.9

1.25

4.72.15

AnodeCathode0.14 A0.14 B

K


A





NC4W121D

K


A



0.75

0.825

5.75±0.036.05

3.1

1.15±0.03

0.14 B

0.14 A

A

B

3.1

0.4 2.7255.85

6.05

0.4

1.25

2.9

AnodeCathode0.14 B0.14 A



NC5W121D


K A



0.14 B0.14 A

2.6AnodeCathode

3.1

0.3 1.05 底部散热片Die Heat Sink底部散热片

Die Heat Sink 2.4

A

B

1.3

0.3

2.9

0.75

2.3±0.032.6

0.14 B

0.95±0.03

0.14 A0.825

3.1


NC2W121D-S1

K A




0.75

0.14 B0.14 A

3.75AnodeCathode

3.1

0.3 1.625 底部散热片Die Heat Sink底部散热片

Die Heat Sink3.55

A

B

1.3

0.3

2.9

3.45±0.033.75

0.14 B

0.95±0.03

0.14 A

0.825

3.1


NC3W121D-S1

K A

0.75

B

A

3.1

4.9

0.4

0.4

2.9

1.25

4.72.15

AnodeCathode0.14 A0.14 B

4.6±0.03

0.95±0.03

3.1

4.9

0.14 A

0.14 B

0.825






NC4W121D-S1

K A

0.75

A

B

3.1

0.4 2.7255.85

6.05

0.4

1.25

2.9

AnodeCathode0.14 B0.14 A

0.825

5.75±0.036.05

3.1

0.95±0.03

0.14 B

0.14 A






NC5W121D-S1

K A



5.6

8

A

1.341.5

0.5

8.57

Emitting Surface2.3±0.05(7.1)

1.15±0.05

(5.9)

0.21 B

0.21 A

Cathode Mark

B

2.15 1.1

AnodeCathode



NC2W093B

K A



A 5.6

8

1.341.5

0.5

8.57

Emitting Surface

B

2.15 1.1

AnodeCathode


3.45±0.05(7.1)

1.15±0.05

(5.9)

Cathode Mark

0.21 A

0.21 B


NC3W093B





K


A


0.5

7 8.5

1.51.34

Emitting Surface

1.15±0.05

(5.9)

4.6±0.05(7.1)

Cathode Mark

A0.21

0.21 B

8

5.6A

Cathode

1.1

2.15


Anode

B


NC4W093B

K A

0.5

7 8.5

1.51.34

Emitting Surface

1.15±0.05

(5.9)

5.75±0.05(7.1)

Cathode Mark

A0.21

0.21 B

8

5.6A

Cathode

1.1

2.15

Anode

B





NC5W093B

K A



2.3±0.05(7.1)

0.95±0.05

(5.9)

0.21 B

0.21 A

Cathode Mark

1.341.5

0.5

8.57

Emitting Surface

5.6

8

A

B

2.15 1.1

AnodeCathode



NC2W093B-S1

K A



1.341.5

0.5

8.57


0.95±0.05

(5.9)

Cathode Mark

0.21 A

0.21 B

A 5.6

8

B

2.15 1.1

AnodeCathode



NC3W093B-S1

1.341.5

0.5

8.57


0.95±0.05

(5.9)

Cathode Mark

0.21 A

0.21 B

A 5.6

8

B

2.15 1.1

AnodeCathode


K


A



NC4W093B-S1

K


A


8

5.6A

Cathode

1.1

2.15


Anode

B

0.5

7 8.5

1.51.34

Emitting Surface

0.95±0.05

(5.9)

5.75±0.05(7.1)

Cathode Mark

A0.21

0.21 B


NC5W093B-S1

K A


Cathode

Anode

1.15±0.05

(0.625)

0.1

1±0.2

(2.4) 3.5

0.11.250.5

2.3±0.053.2

(0.45)

0.75±0.05

0.4±0.05


NC2W321B

0.75±0.05

0.4±0.05

1.2±0.05

(0.6) 3.5±0.05 (0.25)

CathodeAnode

0.11.60.6

0.1

1±0.2

(2.4) 3.5

4

K A



NC3W321B

1.2±0.05

(0.6) 4.65±0.05 (0.225)

AnodeCathode 0.12.10.7

5.1

0.1

1±0.2

(2.4) 3.5

0.4±0.05

0.75±0.05

K


A


NC4W321B




K A



0.75±0.050.4

0.6±0.05

1.8±0.05

3.5

3.5

B0.14

0.14 A

3.3

2.123.3

1

AnodeCathode 底部散热片Die Heat Sink

3.5

3.5

A

B

B0.3

A0.3

NJ2W270B


K A



0.75±0.050.4

0.6±0.05

2.7±0.05

3.5

3.5

B0.14

0.14 A

3.3

2.123.3

13.5

3.5

AnodeCathode 底部散热片Die Heat Sink

B

A

B0.3

A0.3

NJ3W270B


K A



0.75±0.050.4

A

B

3.5

12.123.3

3.5

3.3

AnodeCathodeB0.3

0.3 A


0.14 A

0.6±0.05

3.5 2

0.7

1.8±0.05

1.73.5

2.4

0.14 B


NJ2W270B-PF

0.75±0.05

K A



0.4

0.14 A

0.6±0.05

3.52.9

0.7

2.7±0.05

1.73.5

3.3

0.14 B

A

B

3.5

12.123.3

3.5

3.3

AnodeCathodeB0.3

0.3 A



NJ3W270B-PF

3.5±0.05

2±0.2

1.15±0.2

1.4 ±0.05

0.1

1

1CathodeAnode

1.5

45.53

40.7 3.55 0.1

8

3.8±0.25

1.35±0.05

5.5±0.25

8

1

K A



NV3W470A NLSW03A04A

TH R

CC


1 2 3 4 6 7 85CN

Pin No.

2.88±0.1

(1.84)

(5.32)

(3.23)Cavity(□9.3mm)

2.5

8(2.75)(3) 16.25

22±0.3

(R1)

6-R1.5

3-Φ0.7(Alignment Mark)

19

2+0.060

7-Φ1(Test Pad)

A

B

7

9(9)

36±0.3

A BΦ0.1Center of die array※Desired Value

A0.06Center line of die array

Light Emitting Size3.5±0.05×1.4±0.05

※Desired ValueC TH R C

Φ2+0.060(Origin)

1 2 3 4 5 6 7 8

1.5


K A


0.8

(2.4)

3(2.4)

3

Cathode Mark

0.52.7

0.92.7

Cathode Anode


NFSx(W,A,R)172C, NJSx(W,A,R)172C NFSx(W,A)123F


K A


0.7(0

.2)

2.74

1.74

0.8

Cathode Mark

3

2

(1.3

5)

（2.5）

NSSW146A-V1, NSSx(W,B,C,G,A,R), NESx(W,B,G,A,R), NHSx(W,B,G,A,R),NHSW146A-Y1, NHSW146AH-PA, NHSx(W,B)146AH, NSSB146A-Nx(3,A),NESB146A-Nx(3,A,D,8), NHSB146A-Nx(3,A,D), NHSB146AH-Nx(3,A)


K A


0.81

(0.15)

Cathode Anode

0.955 0.9550.29

(1.09)

1.4

2.2

Cathode Mark(1.65)

0.70.5

2





NHSx(W,B)046A, NHSx(W,B,G,A)046,NHSW046H



K A

Cathode Mark (1.55)

22.2

(1.15)

1.4

1.3

0.9

(0.7)

(1.4) 0.40.4

AnodeCathode

NSSW063A,NSSB063A-N3


K A


Cathode Mark

(2.4

)

2.8

(2.6)

3.2

AnodeCathode

2.2

(0.4

)(1

.1)

(0.8)

2±0.3

(1.9) 0.8±0.3

3.5±0.3

0.8±0.3

(0.4

)

NSSW064A,NESx(W,L)064A,NHSx(W,B,G)064,NSSB064,NESx(B,G,A)064


K A


AnodeCathode

2±0.3

2.2

(1.05)

(0.45)

(0.8)

3.5±0.3

(1.9) 0.8±0.30.8±0.3

(0.4)

(2.4)

2.8

(2.4)

3.2

Cathode Mark

NSSx(W,L)088A



0.75

1.4(0.75)

Cathode Anode

0.65

0.65

(0.1)

0.3

K A

Cathode Mark3.53.2(2.8)

(0.95)1.2


NSSW129

2.8

AnodeCathode

K A


3.6

Cathode Mark

(2.95)

3.4

4(2.8)

(2.4)

4

0.9

1 6Green


4

5

RedBlue

3

2


(0.8)

1.8

(2.1) 0.60.6

0.51.7 2.7

(2.6)33.3

3.3

4

5

61

2

3

Pin-1 Mark

(0.45)(0.2)

(0.5)

(2.9)

Blue

Green

Red

(0.5)


NSSM313A

Blue Red Green

3 4 5 61 2保护装置

Protection Device 保护装置

Protection Device

(1.6)

0.6

(0.825)

(1.635)

(0.108)

(0.316)

4.7(4.45)

1.8

(1.675)

Red GreenBlue

1 2 3 4 5 6(0.41) (0.41)

(1.335)

(3.97)

3.55(4.25)

2.35

0.725

0.1

0.5250.250.250.575

0.20.675

(0.9) (0.7)

0.8

0.1

0.43


NSSM438A

1.3（1.6）

（3.1）

23.5

7.25 Substrate

Cover

1 1234

17 424.9

4531

3.5

Φ3.2

3-Φ3.6

Connector 21 234 56

Connector 1


3

4

5

6


Connector 11

2

A

3

4

K

2

Connector 2

NTC 热敏电阻NTC Thermistor

1

NVCUQ096A


1.3（1.6）

（3.1）

23.5

7.25 Substrate

Cover

1 1234

17 424.9

4531

3.5

Φ3.2

3-Φ3.6

Connector 21 23456

Connector 1

Connector 1

AK

2

Connector 2


1

1 3

42



3 5

64


NVCUQ072A




Connector 1

AK

2

Connector 2


1

1 3

42

3 5

64



1 1234

17 424.9

4531

3.5

Φ3.2

3-Φ3.6

Connector 21 234 56

Connector 1

1.3（1.6）

（3.1）

23.5

7.25 Substrate

Cover


NVCUQ048A


3

4

5

6


Connector 11

2

A

3

4

K

2

Connector 2


1

（3.1）

（2.8）1.3

7.25

23.5

Cover

Substrate

1 1234

1724.9

4 3.5

31

Φ3.2

45

Connector 212 3456

Connector 1

3-Φ3.6

NVCUQ096A-D4


Connector 1

AK

2

Connector 2


1

1 3

42

3 5

64



（3.1）

（2.8）1.3

7.25

23.5

Cover

Substrate

1 1234

1724.9

4 3.5

31

Φ3.2

45

Connector 21 2 34 56

Connector 1

3-Φ3.6


NVCUQ072A-D4

1 12 34

1724.9

4 3.5

31

Φ3.2

45

Connector 2123456

Connector 1

3-Φ3.6

（3.1）

（2.8）1.3

7.25

23.5

Cover

Substrate

Connector 1

AK

2

Connector 2


1

1 3

42

3 5

64




NVCUQ048A-D4

K A


18±0.1

9±0.1

Cathode Anode

8

Spacer

（2）

1

11

Cover Substrate

（3.5）

NVMUR020A, NVMUR008A


6.8

6.8

（4.35）

0.61

2.12

0.61

2.84.26.6

6.6

Cathode Mark

Cathode Anode


K A



NCSU334A

NVSU233B


K A


0.91.23

3.050.6

3.050.8

AnodeCathode

3.5(3.2)

Cathode Mark(2.5)

NVSU233B-D4


K A


0.9

2.73

3.05

0.6

3.05

0.8

AnodeCathode

Cathode Mark

3.5

(3.3)

3.5

(3.3

)

NVSU333A, NCSU033C, NCSU034C, NCSU035C


K A



0.84

1.9±

0.3

0.84

3.24.26.6

6.6

AnodeCathode

Cathode Mark


6.8(6.2)






NVSU279A

0.63

0.42.3

1.5

Cathode Anode

K A


(1.05)

(1.4

)1.

8

(1.4)(0.85)

2.6

(0.2

)

K A


Cathode Mark

3.5

AnodeCathode

2.93.5

0.4

2

0.53.2

3.2

NCSU276C NVSU119C


K A


0.4

2

3.2

3.2

0.5

AnodeCathode

2.93.5

3.5

Cathode Mark

K A



0.4

2

2.93.5

3.5

Cathode Mark

3.2

1.3

3.22.4

0.50.45

AnodeCathode



NVSU219C NCSU275


K A


0.8

3.2

3.2

1

Cathode Anode

Cathode Mark

0.875

0.275

3.5

(2.8)

3.5NSSU123


0.7

0.6

1.74

2.74

0.8Cathode Anode

K A


(1.5)

2

(2.6)3

Cathode Mark

NSSU100D, NSSU100C


3

(2)

(1.3)

2+0.3 ー0.2

Cathode Mark

0.5

1.2±0.15

1.6

1.7

Cathode Anode

K A


NESM238A


Blue Red Green

3 4 5 61 2



0.25 0.5250.250.575

0.675 0.1 0.

725

0.1

0.43

(4.25)3.552.35

0.2（0.

9）（0.

7）0.

8

（1.

135）

0.6

（1.6）（0.825）

Blue GreenRed

(0.28) (0.34)(0.03)

4.7（4.45）(3.95)

1.3

(1.1

75)

(0.9

5)

(0.2

85)

(0.0

35)

654321


NESM238B　

0.25 0.5250.250.575

0.675 0.1 0.

725

0.1

0.43

(4.25)3.552.35

0.2

0.9

0.7

0.8

1.13

5

0.6

1.60.825

Blue GreenRed

(0.28) (0.34)(0.03)

4.74.45

(3.95)

1.3

(1.1

75)

(0.9

5)

(0.2

85)

(0.0

35)

654321

Blue Red Green

3 4 5 61 2




Green2 5

Blue

3 4Red

1 6

0.6

0.45

0.4

0.45

0.24

1.1 0.45

1.55

(1.8)2.4

2.4

(1.8

)(0

.5) (

0.5)

1

2

3 4

5

6Blue

Green

Red


NSSM240A

（2.1）

3 4Green


2 5Red


1 6Blue


）7.0（）7.0

（

（0.345）

Green

Blue

（2.1） 2.8

2.8

Red

43

61

52

0.6

b(Anode)

a(Cathode)

0.075

0.3

0.67

0.67

0.821.28

1.73 0.4


NSSM340A

1 6

Blue

保护装置

保护装置

保护装置

Protection Device

2 5

3 4

Red

Green

Protection Device

Protection Device

0.1

0.75

±0.

1

2.1

0.5

0.5

(0.34)

0.5

(0.6

5)(0

.75)

(0.32)

Blue

Green

Red

Pin-1 Mark2.8

3

1

2

3

5

6

4

(2.25)

3.3

(2.5

5)


NSSM124D

Green

2 5

Blue

3 4

Red

1 6

3.3

0.75

±0.

1

0.1

0.5

(0.34)

0.5

0.5

2.1

(2.5

5)

(2.25)

4

6

5

3

2

1

3

2.8Pin-1 Mark

(0.7

5)

Red

Green

Blue

(0.7

)


NSSM124F NESM180A


1

4

3

2

A

K

K

K Blue

Green

Red

0.85

(0.2)

1.8

(1.45)1.7

Blue

Green

Red

1

43

2

1.8

(1.55)(0.45)

(0.45)

Pin-1 Mark

(0.2)

1.05

0.4

0.4


NESM526A

1

4

3

2

A

K

K

K Red

Green

Blue

1

4

3

2

A

K

K

K Red

Green

Blue

0.45

0.45

0.97

0.45

0.45

0.97

14

3 2

(0.4

2)(0

.43)

(1.8

6)

2.1

2.1(1.86)

Blue

Green

Red

Pin-1 Mark (0.2)

0.9±0.3

(0.4)

(0.2)

0.9±0.3

(0.4)

(0.9) 0.45±0.30.45±0.3

(0.2

3)

(0.9) 0.45±0.30.45±0.3

(0.2

3)

Green2 5

Blue

3 4

1 6

Red

0.8±0.3

2.7±0.3

(1.33)

0.5

0.4

2.1

2

Red

GreenBlue

4

5

6

3

2

1

3.4

3.4

(2.4)

(0.64)

(0.64)

(2.2)

Pin-1 Mark


NSSM132C


NSSM032B

Green2 5

Blue

3 4Red

1 6

0.7

0.7

0.7

2.4

2.7±0.3

0.7±0.3 （2.53）

4

(0.69)

(0.69)

(3.52)

4.5

Red

Blue

Green

(3.52)

4

6

5

Pin-1 Mark

3

1

2

2

1

4

3

2

A

K

K

K Blue

Green

Red

(1.16)0.85±0.3

(0.4)(0.8)

1.8±0.3

1.75

0.75

Red

Green

Blue

(0.5

3)(0

.5)

(2.6

)3

Pin-1 Mark

(2.6)3

43

2 1

NESM026D


: Black





K A


AnodeCathode

(0.24)

(1.7)

(1.2)3.1

(0.24)

0.3±0.04

0.310.65

(0.47)Anode 底部散热片

Die Heat SinkCathode

0.270.6

1.62.22.8

(0.47) (0.47)


NS2W763D-HG

K A


(0.24)

(1.7)

(1.2)3.1

(0.32)

0.4±0.04

0.360.7

AnodeCathode

(0.47)Anode 底部散热片

Die Heat SinkCathode

0.320.6

1.62.22.8

(0.47) (0.47)


NS2W764D-HG

K A


0.310.65

(0.24)

0.5±0.04

(0.42)

(1.7)

（1.2）3.1

(0.47)

0.37

2.82.21.60.6

Cathode底部散热片Die Heat Sink

Anode

(0.47) (0.47)


NS2W765D-HG

K AK A

2.72.7

(0.5

1)

0.5

0.61 0.

2(0

.04)

Cathode 0.28 Anode

(0.5

1)

0.5

0.61 0.

2(0

.04)

Cathode 0.28 Anode

0.410.85

0.340.41

0.85

0.34

3

0.6

(0.4

6)

(2.6)

Cathode Mark3

0.6

(0.4

6)

(2.6)

Cathode Mark

2.7

(0.5

1)

0.5

0.61 0.

2(0

.04)

Cathode 0.28 Anode

0.410.85

0.34

3

0.6

(0.4

6)

(2.6)

Cathode Mark

a)

2.7

(0.5

1)

0.5

0.61 0.

2(0

.04)

Cathode 0.28 Anode

0.410.85

0.34

3

0.6

(0.4

6)

(2.6)

Cathode Mark

a)


NSSW306G-HG


NS2W266G-HG, NS2W266G-HS

K A

AnodeCathode 0.35

(0.6

3)0.6

0.27

(0.0

7)0.

66

3.9

(3.6)

Cathode Mark

(4.1)4.2

(0.4

6)0.

6

1

0.43

0.45


NSSW410A, NSSW410A-HG

保护装置

1.56

2.6

(2.66)

(1.0

6)(0

.3)

(0.6

)

0.98

1.4

(0.2)

3 0.6

0.54AnodeCathode


NFSW157J-HG, NFSW157J, NJSW157J-HG, NJSW157J

（0.2）

0.6

（1） 1.4

（3.7）4

Cathode Anode

（0.3）

（0.6）

0.97

2.57 0.54

3.6

K A


NF2W257HR-HGV1




Packing Examples 包装示例 Surface Mount Type LED

168 Packing Examples

［Reel］卷带包装规格示意图将硅胶干燥剂及卷盘放入铝制防潮袋后热封。

Reel shipped with desiccants in heat-sealed moisture-proof bags.

Nichia LED

放入并列排列的铝制防潮袋并用纸板隔开。

标签 Label

RoHS

NxxxxxxxxXXXX LED

＊＊＊＊＊＊＊

NI CHI A CORPORATI ON 491 OKA, KAMINAKA, ANAN, TOKUSHIMA, JAPAN

TYPE

LOTQTY.

xxxxxx-◇◇◇PCS

Moisture Proof Foil Bag

铝制防潮袋

热封Seal

干燥剂 Reel卷盘

Desiccants

Moisture-proof bags packed in cardboard boxes with corrugated partitions.

RoHS

NxxxxxxxxXXXX LED＊＊＊＊＊＊＊

◇◇◇PCS

TYPE

RANKQTY.

NI CHI A CORPORATI ON491 OKA, KAMINAKA, ANAN, TOKUSHIMA, JAPAN

＊＊外箱上贴有警告标识（仅限紫外 LED）　　The caution label (UV LED only) is attached to 　　the cardboard box.

标签 Label

UV LED・UV LED 会发出紫外领域的光（UV 光）・虽然 UV 光人的肉眼无法看到，　但是 UV 光可能会对肉眼造成损伤。・请不要直视 UV 光。请务必使用适用的防具。・有使用 UVLED 的产品请一定标识适合的警告。

・UV LEDs emit l ight in the ultraviolet region （UV light）.・UV light is invisible and may be harmful to the human eye.・Do not expose the eyes directly to the UV light. Wear appropriate protective gear 　when handing.・Use appropriate warning signs/labels on devices using the UV LEDs.

警告标识 Warning and Explanatory Labels


Surface Mount Type LEDHandling Precautions 注意事项

169Handling Precautions

防潮包装

■被封装吸收后的水分由于焊接热导致气体膨胀致使贴片型LED发生界面剥离，有可能会使 LED的光学特性发生劣化。本公司为了将制品的吸湿量控制在最小限度，实施了防潮包装。铝制防潮袋内的硅胶干燥剂吸湿后会由蓝色逐步变为红色。

Moisture Proof Package■Absorbed moisture in SMT packages can vaporize

and expand during soldering, which can cause

interface delamination and result in optical

performance degradation. Products are packed in

moisture-proof bags to minimize moisture

absorption during transportation and storage.

Included desiccants change from blue to red if

moisture had penetrated bags.

储存

■将铝制防潮袋开封后，请在下面条件内进行焊接工艺。请将剩余未使用的LED放入含有硅胶干燥剂的密封容器进行保管。我司同时建议将剩余 LED放入本公司提供的原始防潮袋后重新密封保管。

　开封前：30℃以下，90％ RH 以下交货后 1年内　开封后：30℃以下，70％ RH 以下 168小时以内■超过保管期间或保管期间内硅胶干燥剂的蓝色消失时，请在下述条件内实施烘烤处理。烘烤次数为1次。　烘烤条件：65± 5℃ , . 24 小时以上■为了避免温度急剧变化所引发的结露现象，请在温度变化小的场所保管 LED。

Storage■After opening the moisture-proof bag, the products

should go through the soldering process within the

range of the conditions stated below. Unused

remaining LEDs should be stored with desiccants in

a hermetically sealed container, preferably the

original moisture-proof bags for storage.

Before Opening Aluminum Bag: 30℃ , 90%RH,

Within 1 Year from Delivery Date

After Opening Aluminum Bag: 30℃ , 70%RH,

168 hours

■After the “Period After Opening” storage time has

been exceeded or desiccants are no longer blue,

the products should be baked. Baking should only

be done once.

　Baking Treatment: 65± 5℃ , 24 hours

■To prevent water condensation, please avoid large

temperature and humidity fluctuations for the

storage conditions.

■静电防护办法

■本 LED 对静电及浪涌电压比较敏感，有可能会使芯片损坏或使其可靠性降低。操作时请参考以下方法进行防静电对策。　可使用静电手腕带，导电性衣类，导电靴，导电性地板材料　等去除电荷

　可通过作业区域内的装置，工具等接地除去电荷■使用的机器，工具，装置及工作区内要适当地进行接地处理。推荐对装配机器等实施对浪涌电压的防护措施。

Electrostatic Discharge （ESD）■The products are sensitive to static electricity or

surge voltage. ESD can damage a chip and its

reliability. When handling the products, the

following measures against electrostatic discharge

are strongly recommended:

　Eliminating the charge

　 Grounded wriststrap, ESD footwear, clothes, and

floors

　Grounded workstation equipment and tools

　ESD table/shelf mat made of conductive materials

■Proper grounding is required for all devices,

equipment, and machinery used in product

assembly. Surge protection should be considered

when designing commercial products.


Handling Precautions 注意事项

170 Handling Precautions

焊接

推荐焊接条件

回流焊手工焊接

预热加热时间焊接温度浸焊时间条件

180℃～ 200℃120 秒以内260℃以下10 秒以内参考温度曲线

（推荐 N2 氮气回流焊）

焊枪温度浸焊时间

350℃以下3 秒以内（1 回）

※产品不同所推荐的回流焊条件也不同。※上表中虽然提示了焊接时的推荐条件，但是为了保证制品的品质，我公司推荐将回流焊时的峰值温度降低。※请逐渐将峰值温度降低避免急速冷却。

■贴片型 LED可使用无铅焊接。■使用大气回流焊法时，由于回流焊时产生的热量及周围环境的影响，可能会使 LED的光通量发生低下。■焊接工艺完成后请不要进行修改重焊。有必要时请使用双头焊烙铁进行修正。

（如果对于某些制品不可以使用焊烙铁的时候，推荐使用热板进行操作）■回流焊工艺最多为2次。■焊接时请不要向 LED施加任何应力。■焊接后请不要弯曲印刷电路板 (PCB)。

Soldering ConditionsRecommended soldering conditions

Reflow Soldering Hand Soldering

Pre-heat

Pre-heat time

Peak temperature

Dipping time

Condition

180℃～ 200℃120℃ sec. Max.

260℃ Max.

10 sec. Max.

Refer to Temperature-profile

（N2 reflow is recommended.）

Temperature

Soldering time

350℃ Max.

3 sec. Max.

（one time only）

※ Recommended soldering conditions vary according to the type of LED.

※ Although the recommended soldering conditions are specified in the above table, reflow or hand soldering at the lowest possible temperature is desirable for the LEDs.

※ Avoid rapid cooling. Ramp down the temperature gradually from the peak temperature.

■All SMT LED products are Pb-free soldering available.

■Nitrogen reflow soldering is recommended.

Air flow soldering conditions can cause optical degradation.

■Do not repair LEDs after soldering.

If repair is necessary, a double-hand soldering iron should be

used. （Hot plate should be used if the LED which double-

hand soldering iron is not recommended.）

Prior to repair, please confirm that the LED characteristics will

not be damaged.

■Reflow soldering should not be done more than two times.

■Do not apply stress to the LED when/during soldering while

the LED is hot.

■After soldering, do not warp the circuit board.

温度分布轮廓（基板表面） Temperature-Profile （Surface of Circuit Board）

温度 Temperature

Pre-heating260℃Max.

10sec. Max.

60sec.Max. Above 220℃

1～5℃/sec.

1～5℃/sec.

180～200℃

120sec.Max.

浸焊时间 Time

※产品不同所推荐的回流焊条件也不同。Recommended soldering conditions vary according to the type of LED.



171Handling Precautions

发热

■使用 LED时，请注意发热现象的产生。通电时，芯片的上升温度会由于装配用电路板的热阻及 LED的分配状态不同而发生变化。为了避免热量的集中，请注意 LED周围的环境条件不要超过其最大额定值（TJ）。在必要的场合，对放热现象实施处理。

■根据 LED周围温度条件（TA），确定使用电流，实施散热处理。

Thermal Management■Absorbed moisture in SMT packages can vaporize

and expand during soldering, which can cause

interface delamination and result in optical

performance degradation. Products are packed in

moisture-proof bags to minimize moisture

absorption during transportation and storage.

Included desiccants change from blue to red if

moisture had penetrated bags.

清洗

■请使用异丙醇（IPA）系列清洗剂。如使用其他清洗剂，洗剂可能会渗浸至封装及树脂部分，请务必确认在不会发生问题的情况下进行使用。（全世界禁止使用氟利昂系列清洗剂）

■请不要使用超声波进行清洗。如果需要，请提前确认超声波装置的震动功率及电路板的安装情况，以免影响 LED的正常使用。

■部分产品不适宜上述清洗方法。请确认各产品规格书。

Cleaning■It is recommended that isopropyl alcohol be used

as a solvent for cleaning the LEDs. When using

other solvents, it should be confirmed beforehand

whether the solvents will dissolve the package and

the resin or not. Freon solvents should not be used

to clean the LEDs because of worldwide

regulations.

■Ultrasonic cleaning is not recommended since it

may have adverse effects on the LEDs depending

on the ultrasonic power and how LED is

assembled. If ultrasonic cleaning must be used, the

customer is advised to make sure the LEDs will not

be damaged prior to cleaning.

■It is not recommended to use isopropyl alcohol as

a solvent for cleaning on certain LEDs. For more

information about proper cleaning methods of each

LED, please refer its respective specification sheet.

眼睛保护忠告

■2006年国际电工委员会（IEC）发行了一份有关灯及灯系统光生物学安全性标准（IEC 62471）。LED制品也被纳入此标准。2001年 IEC又发行了一份有关激光制品安全性的标准（IEC 60825-1 版本 1.2）。LED制品虽然包含在此标准内，但是在2007年的改订标准（IEC 60825-1 版本 2.0）中被删除。尽管如此，一些国家及地区仍然使用 IEC 60825-1 版本 1.2 标准，并将 LED制品纳入其中。在这些国家及地区内使用 LED制品时需要特别注意。

■请注意如果持续看闪烁的光，会因为光的刺激而产生不适。另，组装到机器使用时，需考虑到因光的刺激等给第三者造成的影响。

Eye Safety■In 2006, the International Electrical Commission

（IEC） published IEC 62471:2006 Photobiological

safety of lamps and lamp systems, which added

LEDs in its scope. On the other hand, the IEC

60825-1:2007 laser safety standard removed LEDs

from its scope.

However, please be advised that some countries and

regions have adopted standards based on the IEC

laser safety standard IEC 60825-1:20112001, which

still includes LEDs in its scope. Most of Nichia's

LEDs can be classified as belonging into either the

Exempt Group or Risk Group 1. High-power LEDs,

that emit light containing blue wavelengths, may be

classified as Risk Group 2.

Please proceed with caution when viewing directly

any LEDs driven at high current, or viewing LEDs

with optical instruments which may greatly increase

the damages to your eyes.

■Viewing a flashing light may cause eye discomfort.

When incorporating the LED into your product,

please be careful to avoid adverse effects on the

human body caused by light stimulation.


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