Datasheet GL3LR43 Datasheet (Sharp)

LED Lamps

GL30043

Series

GL30

❑ 43 Series

.

Ype

&~~(T-l) Cy’’nder

‘

‘ED

■ Model No.

GL3UR43 Red (Super-luminosity)
GL3LR43 Red (High-luminosity)
GL3TR43 Red (High-luminosity)
GL3PR43 Red
GL3HD43 Red
GL3HS43 Sunset orange
GL3HY43 Yellow
GL3EG43 Yellow-green
GL3KG43 Green

H

Features

1.

@3mm(T-l) all resin mold

2.

Colored transparency lens type

3.

Wide viewing angle

GaAIAs/GaAIAs
GaAIAs/GaAs
GaAIAs/GaAs
GaP
GaAsP/GaP
GaAsP/GaP
GaAsP/GaP
GaP
GaP

■ Absolute Maximum Ratings

B

Outline Dimensions

:

+1

,

,0

0

!-’,

. . . . .

12

k

GL3UR43 GL3LR43

GL3PR43

(Unit: mm)

Pin connections

1,

Anode

?.

Cathode

Unspecified tolerance

GL3HD43 GL3EG43

:

fO.2mm

(Ta=25°C)

Parameter

Power dissipation
Continuous forward current

XI

Peak

forward current

Reverse voltage
Operating temperature
Storage temperature

X2 Soldering

Xl

Duty ratio = 1/10 , Pulse width = O.lms

Duty ratio

X2 At the position of 1.6mm from the bottom face of resin package

“In the absence of con f!rmotlon by
shown m catalogs, data books, etc. Contact SHARP m order to obtain the latest version of the dev!ce

temperature

=

1/16 , Pulse width < lms for GL3LR43 and

dev{ce

spsctftcatlon sh&ts, SHARP takes no responstb(l!ty for any

Symbol

P 75

IF

Im1501300150

—

—

VR

Topr

Tscg

T’,oI

I

30

0.40 0.67 0.13

0.67
4

GL3TR43

GL3TR43

110

50

4.00

260(within

defxts

s~lf[cat!on

0.67 0.67 0.67

5

–25 to +85

–25 to +100

that

wcur

m equipment using any of SHARPS dev[ces,

sheets before using any SHARPS

GL3HS43

GL3HY43

23 84
10

5

5 seconds)

\50150\mA

0.40

30 30

GL3KG43

0.40 mA~C

5 5

devlm”

Unit

84 mW

mA

mAAC

v

%

“c

I

“c

55

LED Lamps

■

Electro-optical

Characteristics

Parameter

Forward voltage

~+

Luminous intensity

Peak emission wavelength

Spectrum radiation bandwidth

Reverse current

Terminal capacitance

Response frequency

GL3UR43 (Red)

I\

A,

[f{

c,

f,

Model No. Conditions

GL3UR43

GL3LR43

GL3UR43

GL3LR13

GL3UR43

GL3[JR43

GL3(;R43

Symbol

VF

JA

I~=20m4

IF=zoM.~

It:=20mA

I~=20mA
~7R=3~

\= O\’

f=MHz

–

GL3D ~43

\’fIx.

TYP.

—

185

100

50

660

—

20

—

25

–

—

8

Series

(Ta=25”C)

\fAx.

[“nit

2.5

–

mcd

–

nm

-

nm

100

/! .A

–

–

MHz

~

pF

X3 Tolerance:

9

Characteristics Diagrams

Forward Current vs.
Forward Voltage

Relative Luminous Intensity vs.
Ambient Temperature

+30%

Forwar[l >[jltagc

I F2 –2j”~l

VI.

(V)

lIF=20m.41

Luminous Intensity vs.
Forward Current

Forwdrri t .rrerlt IF

Spectrum Distribution

‘],, =?s~[l

(m,!)

(Ta=2Stl

Radiation Diagram

lTa=25°C1

Ambient temperature Ta

(“C)

— SHARP

LED Lamps

GL3LR43 (Red) / GL3TR43 (Red)

■

Electro-optical

Characteristics

Parameter

Forward voltage

~~Luminous

intensity

Peak emission wavelength

Spectrum radiation bandwidth

Reverse current

Terminal capacitance

Response frequency

X3

Tolerance:

H

Characteristics Diagrams

Forward Current vs.
Forward Voltage

+30%

I

r,, :25”[ )

A,

Model No,
GL3LR43
GL3TR43
GL3LR43
GL3TR43
GL3LR43
GL3TR43

GL3LR43

GL3TR43
GL3LR43
GL3TR43

GL3LR43

GL3TR43
GL3LR43
GL3TR43

Symbol

VF

1!

AA

IR

LI

f,

Luminous Intensity vs.
Forward Current

Conditions

IF=20mA
I~=20mA
IF=20mA
IF=20mA
IF=20mA
IF=20mA
IF=20mA
IF=20mA

VR=4V
VR=4V

V=OV

f=l MHz

V=OV f=l

–
–

(,~a =~~.~

,

GL30

❑ 43 Series

(Ta =25°C )

TYP. MAX.

MIN.

—

1,75 2.2

1.75 2.2
40
20

660
660

20
20

—

30

30

8
8

–
– ‘cd
–
– ‘m
–

– ‘m
10
10

–-

– ‘F

–

–

20

10

—

—

— —
–

MHz –

—

Forward Current Derating Curve

Unit

v

PA

MHZ

Forward

voltage

VF (v)

Relative Luminous Intensity vs.
Ambient Temperature

d(n)

z loo

h

.<

z

~ ,“”

c

.-

:

5U

.5
j

u

.: :,

“

~

&

1(1

.,,

“ 2“ 4“ 60 8“ ,M

!lrrlbicnt

temperature Ta

II,

-21)m II

~“(.

1 ,.

11111

10

u!!!

Iii iii

Forward current Ip

Spectrum Distribution

I

Wavelength A (nm )

SHARP

IZIIIY

I

I

1

A

Ulll

(ml)

Imblent

temperature, Ta (“C)

Radiation Diagram

(Ta

=25-L

C7

I

LED Lamps

H Electro-optical

Parameter Symbol

Forward voltage

~~Luminous intensity

Peak emission wavelength

Spectrum radiation bandwidth

Reverse current

Terminal capacitance

Response frequency

X3

Tolerance:

■

Characteristics Diagrams

Forward Current vs.
Forward Voltage

:1

: ,,j

.

(1 3

-

m

(, ?

.

! !

L

+30%

L

i

HDfl

Characteristics

(’ra=25”cl

I

A

v

,

u

1

.4

. .

! !

GL3PR43 (Red) / GL3HD43 (Red)

Conditions

I~=5mA
IF=20mA
IF=5mA
IF=20mA
IF=5mA
IF=20mA
IF=5mA 100 –

IF=20mA

VR=4V

VR=4V

V=OV
V=OV

f=l MHz

f=lMHz

–
–

lTa=25”Cl

VF

I\/

A,

AA

IR

Ct

f,

Luminous Intensity vs.
Forward Current

I

,

Model No.
GL3PR43
GL3HD43
GL3PR43
GL3HD43
GL3PR43
GL3HD43
GL3PR43
GL3HD43
GL3PR43
GL3HD43
GL3PR43
GL3HD43
GL3PR43
GL3HD43

GL3U

❑

43 Series

(Ta=25”C)

MIN. TYP. MAX.

—

1.9 2.3

—

2.0 2.8

1.0

3.0 –

70

75

1

..” -

“

—

695 –

—

635 – ‘m

35

— —

–

55

–

20

—

4

—

4

Forward Current Derating Curve

w

z
g do

~

E
EM

s

u

~

20

$
~

L

10

–

1

– ‘m

10

10

–

–

–
–

Unit

mcd

1

,uA

MHZ

~

pF

Forward voltage VF (V)

Relative Luminous Intensity vs.
Ambient Temperature,

400

g

200

h

.%

:

g

,0”

e

.-

:

50

.

.5

~

u
.220
~

2

10

_2(, ,, ~,,

;l~I;,:>I:A

,,,

60 80 100

58

Forward current

Spectrum Distribution

I

Wavelength A (rim)

SHARP

IF

(m.k)

(Ta=25Tl

0

–20 O 20 40 60 80 10II

Ambient temperature Ta (“C

Radiation Diagram

-30

to

50

60

70

80

90

n

(Ta=25Tl

1

+ 3V

-40

+ 50

+W

+

7m

flr

+

+W

LED Lamps

GL3HS43 (Sunset orange) / GL3HY43 (Yellow)

■

Electro-optical

Parameter

Forward voltage

~sLuminous

Peak emission wavelength

Spectrum radiation bandwidth

Reverse current

Terminal capacitance

Response frequency

X3

Tolerance:

■

Characteristics Diagrams

Forward Current vs.
Forward Voltage

intensity

Characteristics

*30%

(Ta=25tl

Symbol

VF

AA

c,

fc

Luminous Intensity vs.
Forward Current

;
&

20

~

*

.:

2
05

z

Iv

2,

IR

I

50

30

10

Model No.
GL3HS43
GL3HY43
GL3HS43
GL3HY43
GL3HS43
GL3HY43
GL3HS43
GL3HY43
GL3HS43

GL3HY43 I

GL3HS43
GL3HY43
GL3HS43 I –
GL3HY43 I –

GL30

Conditions

IF=20mA
IF=20mA
IF=20mA
IF=20mA

IF=20mA
IF=20mA
IF=20mA
IF=20mA

VR=4V

..-.

i

:4V

VR=

IV=OV
I

V=OV f=lMHz I – ,

f=l MHz \

MIN.

—
—

7,0

7.0
—

—
—
—

— —

1

—

– I 1~ I –

—
—

(Ta=25t)

❑ 43 Series

,---- -,

TYP. MAX,

2.0 2,8

2.0 2.8
–

25

– ‘cd

25

610

–

585

– ‘m

35

–

30

–

10

—

-.
4]–
41–

.-

1

10

I

1

i
I

1

Unit

v

‘m

PA

‘Hz

Forward voltage VF (V)

Relative Luminous Intensity vs.
Ambient Temperature

g

h

.=

2

$

c

.-

2
G

.-

E

2

:

.­3

2

–20 0 20

Ambient temperature Ta (“C)

0F=20mA)

40

m 80 ,W

I

1, 1,

r,

1

0.51
05123510

Spectrum Distribution

lUU

g

>

w
z

.-

: ~()

.-

2

=

~
2

0

U!43

551,

1 1

Forward current IF (mA)

Wavelength

tI!111

2

(rim)

1 1

20

(Ta=25T)

6(H, 6.5,,

1

J

w

50

Radiation Diagram

–

–40

–m

70

-m

;,,,

–w

Ambient temperature Ta (“C)

–20’ –10 0

30

(Ta

=

25~)

+

3C

+

4W

+50

+W

+70

+W

+W

59

LED Lam~s

GL3EG43 (Yellow-green) / GL3KG43 (Green)

■

Electro-optical

Characteristics

Parameter

Forward voltage

%:3

Lumlno”s

intensity

Peak emission wavelength

Spectrum radiation bandwidth

Reverse current

Terminal capacitance

Response frequency

X3 Tolerance: +30%

■ Characteristics Diagrams

Forward Current vs.
Forward Voltage

,

al

k

III I

2 01

&

~

0,05

,

L

II

,I,

I

ra

=25”L I

I!I

I

!

I I

L-

Model

Symbol

VF

Iv

A,

AA

IR

c,

f,

Luminous Intensity vs.
Forward Current

No.

GL3EG43
GL3KG43
GL3EG43
GL3KG43
GL3EG43
GL3KG43
GL3EG43

GL3KG43
GL3EG43

GL3KG43

GL3EG43

GL3KG43
GL3EG43
GL3KG43

Conditions

IF=20mA
IF=20mA
IF=20mA
I~=20mA
IF=20mA
IF=20mA
IF=20mA

IF=20mA

VR=4V
VR=4V

V=OV

V=OV f=lMHz

–

–

(Ta=25”[ I

f=l

MHz

Forward Current

z
g do

>

z

t

30

5

.

Q ~~

z

$

8

L

10

50

GL3D

❑ 43 Series

MIN. TYP.

2.1

—

2 !12.8

10

25 –

8.0

20

—

565 –

—

555 –

30

—

25

—

—

—

35

–

4(I

–

4

—

4

(Ta=25”C)

MAX.

2.8

–

–
–

10

10

–
–
–
–

Derating

Unit

~

‘cd

nm

‘m

,uA

PF

MHZ

Curve

Forward V[)[tage

Relative Luminous Intensity vs.
Ambient Temperature

1(

g ,(

.

.<

2

~ ,,

c

.-

2

0

.5

E

~

u
.2
~

2

Ambient tempc!rature Ta

\’F (\ I

1, =2(1”1 .11

60

(“C)

l’orward current b

Spectrum Distribution

1,0

Wavelength A

(rr!)

[’h, =25”L

(nm )

0

21) O ?0

Ambient temperature Ta

Radiation Diagram

I

411

fifl U(I 1 [I(I

(“C 1

lTa=25”Cl