LED Lamps
GL30
u
43 Series
GL3HS43 (Sunset orange) / GL3HY43 (Yellow)
s
Electro-optical Characteristics
Parameter
Forward voltage
~sLuminous intensity
Peak emission wavelength
Spectrum radiation bandwidth
Reverse current
Terminal capacitance
Response frequency
X3
Symbol
VF
Iv
2,
AA
IR
c,
fc
Tolerance: *30%
I
MIN.
Model No. Conditions
—
IF=20mA
GL3HS43
—
IF=20mA
GL3HY43
GL3HS43
IF=20mA
7,0
IF=20mA
GL3HY43
7.0
—
IF=20mA
GL3HS43
—
IF=20mA
GL3HY43
—
IF=20mA
GL3HS43
—
IF=20mA
GL3HY43
—
GL3HS43
i
VR=4V
..-.
—
GL3HY43 I
VR=
:4V
GL3HS43 IV=OV f=l MHz \ –
GL3HY43 I V=OV f=lMHz I –
—
GL3HS43 I –
—
GL3HY43 I –
1
1
,---- -,
TYP. MAX, Unit
v
2.0 2,8
2.0 2.8
–
25
– ‘cd
25
610
–
585
–
‘m
35
–
30
–
‘m
—
10
—
10 i PA
I 1~ I – I
, -. I
1
4]–
41– ‘ H z
1
.-
s
Characteristics Diagrams
Forward Current vs.
Forward Voltage
(Ta=25tl
Luminous Intensity vs.
Forward Current
50
30
;
&
~
10
*
.:
2
05
z
20
(Ta=25t)
1
0.51 I 1, 1, r,
0
5
1
2
1
3
1 t I !111
5
1
0
1
20
1 1
J
w 50
Forward voltage
V
F
(V)
Forward current
I
F
(mA)
Ambient temperature Ta (“C)
Relative Luminous Intensity vs.
Ambient Temperature
0F=20mA)
g
>
w
z
.-
:
.-
2
=
Spectrum Distribution
(Ta=25T)
lUU
Radiation Diagram
(Ta = 25~)
–20’
–10
0
+ 3C
g
h
.=
2
$
c
.-
2
G
.-
E
2
:
.-
3
2
–20
0
20
40
m
80
,W
–
30
–40
~()
+ 4W
+50
–m
+W
+70
+W
+W
~
2
0
U!43
551,
6(H,
6.5,,
;,,,
7 0
-m
–w
Ambient temperature Ta (“C)
W a v e l e n g t h 2 (rim)
59
SHARP [ SHARP ELECTRIONIC COMPONENTS ]
