(”2 Mm J ,LJLV]
an :< [a="" 7’5]="" lcc="" [£39]="" www.="" rno/ukcurgfiom="">INND-SS30 Series
0.3” SMD Single Digit Display
Inolux Corporation
Proprietary & Confidential
July12, 2
017
www.inolux-corp.com
Page 1
Features
•
0.3” (7.62mm) Matrix Height
•
Single Digit Display
•
Black/Grey Face , White Segment
•
IC compatible, Easy assembly
•
Dynamic drive connect
•
RoHS Compliant, Pb Free
Applications
•
Consumer Electronics
•
Industrial Equipment
Description
The INND-SS30 series is a 0.3” single digit display. It
is a SMD type LED display which can be used in
various applications.
Internal Circuit Diagram
Common Anode
Common Cathode
Figure 1. INND-SS30 series Internal Circuit Diagram
Package Dimensions
Figure 2. INND-SS30 series Package Dimensions
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INND-SS30 Series
0.3” SMD Single Digit Display
Inolux Corporation
Proprietary & Confidential
July12, 2
017
www.inolux-corp.com
Page 2
Absolute Maximum Rating at 25
o
C
(Note 1)
Product
(Per Segment) Emission
Color Technology
Pd (mW)
IF (mA)
IFP*
(mA) VR (V)
Derate From
25°C (mA/°C)
T
OP
(
o
C) T
ST
(
o
C)
INND-SS30YGXX
Yellow
Green AlGaInP 70 25 90 5 0.33 -40
o
C~+105
o
C
-40
o
C~+105
o
C
INND-SS30YXX Yellow AlGaInP 70 25 90 5 0.33 -40
o
C~+105
o
C
-40
o
C~+105
o
C
INND-SS30AXX Amber AlGaInP 70 25 90 5 0.33 -40
o
C~+105
o
C
-40
o
C~+105
o
C
INND-SS30RXX Red AlGaInP 70 25 90 5 0.33 -40
o
C~+105
o
C
-40
o
C~+105
o
C
INND-SS30DRXX
Deep Red
AlGaInP 70 25 90 5 0.33 -40
o
C~+105
o
C
-40
o
C~+105
o
C
INND-SS30GXX Green InGaN 114 30 100 5 0.4 -40
o
C~+105
o
C
-40
o
C~+105
o
C
INND-SS30BXX Blue InGaN 114 30 100 5 0.4 -40
o
C~+105
o
C
-40
o
C~+105
o
C
INND-SS30WXX White InGaN 114 30 100 5 0.4 -40
o
C~+105
o
C
-40
o
C~+105
o
C
Notes
1. Condition for IFP is pulse of 1/10 duty and 0.1msec width
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INND-SS30 Series
0.3” SMD Single Digit Display
Inolux Corporation
Proprietary & Confidential
July12, 2
017
www.inolux-corp.com
Page 3
Electrical Characteristics
T
A
= 25°C (Note 1)
Product
(Per Segment) Emission
Color
V
F
(V)@20mA λ(nm)@20mA I
*V
(mcd)@10mA I
R
(μA)@V
R
=5V
I
V-M
@I
F
=10mA
min
typ.
max
λ
D
λ
P
min
typ.
max
max max
INND-SS30YGXX
Yellow
Green - 2.0
2.8
570 572 - 2 - 100 2:1
INND-SS30YXX Yellow - 2.0
2.8
590 592 - 8 - 100 2:1
INND-SS30AXX Amber - 2.0
2.8
605 612 - 9 - 100 2:1
INND-SS30RXX Red - 2.0
2.8
630 644 - 5 - 100 2:1
INND-SS30DRXX
Deep Red
- 2.0
2.8
645 660 - 2 - 100 2:1
INND-SS30GXX Green - 3.2
3.8
525 - - 37 - 100 2:1
INND-SS30BXX Blue - 3.2
3.8
465 - - 7 - 50 2:1
INND-SS30WXX White - 3.2
3.8
X: 0.27
Y: 0.25
- 10.7
19.3
- 50 2:1
Notes
1. Performance guaranteed only under conditions listed in above tables.
ESD Precaution
ATTENTION: Electrostatic Discharge (ESD) protection
The symbol above denotes that ESD precaution is needed. ESD protection for GaP and AlGaAs based chips is necessary even
though they are relatively safe in the presence of low static-electric discharge. Parts built with AlInGaP, GaN, or/and InGaN based
chips are STATIC SENSITIVE devices. ESD precaution must be taken during design and assembly.
If manual work or processing is needed, please ensure the device is adequately protected from ESD during the process.
Please be advised that normal static precautions should be taken in the handling and assembly of this device to prevent damage or degradation which
may be induced by electrostatic discharge (ESD).
E Inolux
AlGalnP
InGaN
Forward Current [rm]
u r z 3 .
Forward Voltage [v]
Frg 1 Farward Current vs, Forward Voltage
E R/DR A/YG/Y G
l.2 '
8.0
@g ‘
u, r.
39 :§
‘1 w
0.510
>E Q?»
.6 -
~ .09
53 08
—40—20 a 20 40 60 80 100
Ambient Tempera ture[ ‘C]
1"}
.n
37, Forward Voltage vs. Temperature
6 Y6 Y R DR
A/l/t
\L
y;
r
Family? Intens-t
rm H'
450 500 550 800 550 700
o
o
Wavelength [nm]
Hg 5. Relative tntensity vs Wavelength
3.0 ,» Y/lA/R/DR
2.5
2 0
15 — ’ .
10 ENG
0.5
00
Relative lrltenslty
Normalize @ 10 mA
o 10 20 30
Forward Current [ml]
F'rg 2, Relative Intensity vs, Forward Current
< e="" g9="" 3.0="" r="" 2.5="" :="" lngan="" 'w="" 20="" :="" {$115="" _="" a="" ,="" i):="" g="" 10="" algalnp=""><15 '="" '="" '="" o="" k="" 0,0="" -w—zo="" 0="" 20="" 4o="" 60="" bo="" 100="" ambrenl="" temperalure[‘€]="" fig="" 4.="" relative="" intensity="" vs.="" temperature="" atgalnp="" irlgan="" rumor="" uaw="" 5="" forward="" current="" [ma]="" 5="" 3="" o‘="" 0="" —ou—zu="" g="" 20="" 40="" 50="" 30="" 'tugizd="" ambxent="" temperaturefc]="" f'rq="" 6.="" forward="" current="" vs.="" temperature="" www.mu/uxcurgcom="">INND-SS30 Series
0.3” SMD Single Digit Display
Inolux Corporation
Proprietary & Confidential
July12, 2
017
www.inolux-corp.com
Page 4
Characteristic Curves for YG, Y, A, R, DR, G
3
C_’
c
x
30 3.0
2 / < e="" 25="" ge="" 2.5="" e="" 20="" g9="" 2.0="" at)="" ‘5="" §©="" 1.5="" a="" a;="" z="" ‘0="" el;="" 10="" e="" e="" e="" e="" 5="" l?="" 5="" 0.5="" la="" 0="" 2="" 0.0="" a="" v="" 2="" 5="" 4="" 0="" to="" 20="" 30="" forward="" current="" [ma]="" forward="" voltage="" [v]="" fig="" 1,="" forward="" current="" vs.="" forward="" voltage="" fig="" 2,="" re‘afive="" \ntensity="" vs.="" forward="" current="" 4="" e="" e="" 8="" 9'="" 2="" g="" o="" 3="" 0="" a;="" m="" 9="" in="" d="" nm="">04 2 5
E? \\ § © 2 0
>0? 0 \\\¥ ’EE 1.5
r; E _ U
5 30.9 g g 1.0
52 z o
E a 5 § 2 0 5
—40 —20 0 20 4a 60 50 mo 120 ”F 00
740,20 0 20 40 60 50 TOOTZO
Ambiem Temperatave[‘c] .
Amblem Temperature['C]
F‘rg 5. Forward VoHage vs Temperature Fig 4 Re‘afive Imensity vs Temperature
2‘ 1.0 T 35
’i E 30
g H
E? g 25
$005 5 20
._(V U
§© E 15
a: E 10
0.0 \H '3 5
400 450 500 550 O
- - 1 I
Wavelength [nm] 4O 20 0 20 4O 60 BO 00 20
Ambiem Temperature[‘C]
Fig 5. Re‘afive \ntensity vs, Wavelength Fig 6. Forward current vs. Temperature
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INND-SS30 Series
0.3” SMD Single Digit Display
Inolux Corporation
Proprietary & Confidential
July12, 2
017
www.inolux-corp.com
Page 5
Characteristic Curves for B
3
C_’
c
x
so
? i
E 25 I
a 20
c
a)
: i5
=
u
.8 IO /
S 5
E
a
U i 2 3 4
Forward Voltage [V]
Fig ‘i. Forward Current vs Forward Voituge
N
o
to
Normaiize @ 25C
a
Foiward Voitage @20 MA
o
m
40—20 0 20 40 60 50 main
Ambient Temperature['C]
Fig 5. Forward Voltage vs. Temperature
1.2
A H)
a: 08 i
3“ ‘ \
“é 0.6
‘9; 0.4 H
at l
3:! 0.2 /
D
350 mo 450 500 550 500 550 700 750500
Wuveiength [nm]
Fig 5 Spectrdt Power Distribution
vs. Wavelength
Relative Imensny
Normdiize @ 5 mA
0 i0 20 so
Forward Current [m]
Fig 2 Relative Intensity vs Forward Current
30
25
2.0
if:
i0
0.5
0.0
740,20 D 20 4O 60 50 iOOiZO
Ambient Temperature[‘C]
Relative intensity
Normaiize @ 25c
Fig 4 Reiative intensity vs, Temperature
35
ISO
25
20
15
10
5
0
Forward Current [mA]
—4o—2o o 20 4o 60 50 100120
Ambient Temperature['C]
Fig 6. Forward current vs. Temperature
www.muiuchurgcom
INND-SS30 Series
0.3” SMD Single Digit Display
Inolux Corporation
Proprietary & Confidential
July12, 2
017
www.inolux-corp.com
Page 6
Characteristic Curves for W
«M
an
an
031
£130
r129
r128
02"
026
as
an
an
a:
0:1
(12»
(us
018
017
B1 32
X 0.240 0.240 0.260 0.260 0.240 0.240 0.260 0.260
Y 0225 0.258 0,275 0.240 0,195 0.225 0.240 0210
C1 C2
X 0260 0.260 0.280 0.280 0.260 0.260 0.280 0280
Y 0240 0.275 0,293 0,257 0,210 0.240 0.257 0227
D1
X 0280 0.280 0.300 0300
Y 0244 0.293 0.310 0.260
WWW. IND/“XV rg.com
INND-SS30 Series
0.3” SMD Single Digit Display
Inolux Corporation
Proprietary & Confidential
July12, 2
017
www.inolux-corp.com
Page 7
Chromaticity Bin (for White only)
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INND-SS30 Series
0.3” SMD Single Digit Display
Inolux Corporation
Proprietary & Confidential
July12, 2
017
www.inolux-corp.com
Page 8
Ordering Information
Product Emission Color
Technology I*V(mcd)
@10mA
VF(V)
@20mA
Polarity
Face
Color
Orderable
Part Number
INND-SS30YGXX Yellow Green
AlGaInP 2 2.0
Common
Anode Black INND-SS30YGAB
Common
Cathode
Black INND-SS30YGCB
Common
Anode Grey INND-SS30YGAG
Common
Cathode
Grey INND-SS30YGCG
INND-SS30YXX Yellow AlGaInP 8 2.0
Common
Anode Black INND-SS30YAB
Common
Cathode
Black INND-SS30YCB
Common
Anode Grey INND-SS30YAG
Common
Cathode
Grey INND-SS30YCG
INND-SS30AXX Amber AlGaInP 9 2.0
Common
Anode Black INND-SS30AAB
Common
Cathode
Black INND-SS30ACB
Common
Anode Grey INND-SS30AAG
Common
Cathode
Grey INND-SS30ACG
INND-SS30RXX Red AlGaInP 5 2.0
Common
Anode Black INND-SS30RAB
Common
Cathode
Black INND-SS30RCB
Common
Anode Grey INND-SS30RAG
Common
Cathode
Grey INND-SS30RCG
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INND-SS30 Series
0.3” SMD Single Digit Display
Inolux Corporation
Proprietary & Confidential
July12, 2
017
www.inolux-corp.com
Page 9
Product Emission
Color Technology I*V(mcd)
@10mA VF(V)
@20mA
Polarity
Face
Color Orderable
Part Number
INND-SS30DRXX Deep Red AlGaInP 2 2.0
Common
Anode Black INND-SS30DRAB
Common
Cathode
Black INND-SS30DRCB
Common
Anode Grey INND-SS30DRAG
Common
Cathode
Grey INND-SS30DRCG
INND-SS30GXX Green InGaN 37 3.2
Common
Anode Black INND-SS30GAB
Common
Cathode
Black INND-SS30GCB
Common
Anode Grey INND-SS30GAG
Common
Cathode
Grey INND-SS30GCG
INND-SS30BXX Blue InGaN 7 3.2
Common
Anode Black INND-SS30BAB
Common
Cathode
Black INND-SS30BCB
Common
Anode Grey INND-SS30BAG
Common
Cathode
Grey INND-SS30BCG
INND-SS30WXX White InGaN 19.3 3.2
Common
Anode Black INND-SS30WAB
Common
Cathode
Black INND-SS30WCB
Common
Anode Grey INND-SS30WAG
Common
Cathode
Grey INND-SS30WCG
Inolux
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www na/u one am
INND-SS30 Series
0.3” SMD Single Digit Display
Inolux Corporation
Proprietary & Confidential
July12, 2
017
www.inolux-corp.com
Page 10
Label Specifications
Inolux P/N:
I N
N D
-
S S 3 0 X X X -
X
X
X
X
Inolux
Display
Type
Display Type Dimension Color Polarity Face
Color
Customized
Stamp-off
ND =
Numeric
Display
S: SMD Type
S: Single
30 = 0.30”
Display Height
YG: 570 nm
Y: 590 nm
A: 605 nm
R: 630 nm
DR: 660 nm
G: 525 nm
B: 465 nm
W:
X: 0.27
Y: 0.25
A = Common
Anode
C=Common
Cathode
B = Black
G = Grey
Lot No.:
Z 2 0 1 7 01 24 001
Internal
Tracker Year (2017, 2018, …..) Month Date Serial
@Inolux
WAVE SULDER PRUFILE
V A
TE PER TLRE SEES.
E75 EEC'C MAX _ PQEHEAT STAGE
El SEIAK STAGE
2-25 El WAVE STAGE
l83t m [ZIIIIJLIM. ATAhE
175
// El
12-:
75
IE! II]
25 m
TIME
Ell—50 SEE. IRE SE2. MAX.
E-E'E/PPr SEC. CitilPC SEC. E-E'C Per SEC,
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INND-SS30 Series
0.3” SMD Single Digit Display
Inolux Corporation
Proprietary & Confidential
July12, 2
017
www.inolux-corp.com
Page 11
Reflow Soldering
Soldering Iron
Basic Spec is ≦ 4 sec. when 260°C (+10°C -1 second). Power dissipation of Iron should be
less than 15W. Surface temperature should be under 230°C
Rework
Rework should be completed within 4 second under 245°C
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INND-SS30 Series
0.3” SMD Single Digit Display
Inolux Corporation
Proprietary & Confidential
July12, 2
017
www.inolux-corp.com
Page 12
Revision History
Changes since last revision
Page
Version No.
Revision Date
Initial Release 1.0 07-12-2017
DISCLAIMER
INOLUX reserves the right to make changes without further notice to any products herein to improve reliability, function or design. INOLUX does not
assume any liability arising out of the application or use of any product or circuit described herein; neither does it convey any license under its patent
rights, nor the rights of others.
LIFE SUPPORT POLICY
INOLUX’s products are not authorized for use as critical components in life support devices or systems without the express written approval of the
President of INOLUX or INOLUX CORPORATION. As used herein:
1. Life support devices or systems are devices or systems which, (a) are intended for surgical implant into the body, or (b) support or sustain life,
and (c) whose failure to perform when properly used in accordance with instructions for use provided in the labeling, can be reasonably expected to
result in a significant injury of the user.
2. A critical component in any component of a life support device or system whose failure to perform can be reasonably expected to cause the
failure of the life support device or system, or to affect its safety or effectiveness.
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DISPLAY 7-SEG 0.3" SGL YLW 10SMD
DISPLAY 7SEG 0.3" SGL AMB 10SMD
DISPLAY 7-SEG 0.3" SGL RED 10SMD
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