Rainbow Electronics SIM-012ST User Manual

SIM-012ST

Sensors

High power chip sensor, side view type

SIM-012ST

The SIM-012ST is ultra small size and high power ohip sensor. Original technology, original structure and original
Optical design enable to use Automatic moantinig machine, Reflow, ultra smallsize, High power.

zApplica tions

Optical control equipment
Light source for remote control devices

zFeatures

1) High power by φ2 lenze.

2) Emitting pore can have 7time high power then
substruk type with parabola structure.

3) Ultra-compact surface mount p ackage.
(3mmx3mmx2mm)

4) It is possible to do Refliw .

zAbsolute maximum ratings (Ta = 25°C)

Parameter Symbol

I

Forward current
Reverse voltage
power dissipation
Pulse forward current
Operating temperature
Storage temperature

∗ Pulse width=0.1msec, duty ratio 1%

F

V
P

I

FP

Topr
Tstg

R

D

∗

zExternal dimensions (Units : mm)

2-0.4

12

R1

Limits

40

5

60

0.5

−30~+85

−40~+100

Unit

mA

V

mW

A

°C
°C

0.25

0.8

Note)

1.Unspecified tolerance shall be

2.Dimension in parenthesis are show for

2

3

3

2

Internal connection diagram

2

1

+

0.2.

−

reference.

1/3

SIM-012ST

Sensors

zElectrical and optical characteristics (Ta = 25°C)

Parameter Symbol

P

∆λ

θ

tr·tf

V

λ

I

I

1 / 2

f

O

E

F

R

P

C

Optical output
Emitting strength
Forward voltage
Reverse current
peak light emitting wavelength
Spectral line half width
Half-viewing angle
Pesponse time
Cut-off frrequency

zElectrical and optical characteristic curves

50

(mA)

F

40

30

20

10

FORWARD CURRENT : I

0

−20 0 40 60 8020 100
AMBIENT TEMPERATURE : Ta (°C)

50

(mA)

F

40

30

20

10

FORWARD CURRENT : I

0

Fig.1Forward current faloff

1000

(%)

E

(%)

O

100

80

Typ.

Min.

3.5

−

0.9

0

−

1.2

−

−

−

950

−

40

−
±12

−

1.0

−

1.0

−

FORWARD VOLTAGE : VF (V)

1

Fig.2Forwardcurrentvs.

forwardvoltage

Max.

−

7.1

1.5
10

−

−

−

−

−

−25

0

25
50
75

Unit
mW

mW/sr

V
µA
nm
nm

deg

µs

MHz

°C

°C

°C
°C
°C

I

F

=20mA

I

F

=20mA

F

=20mA

I
V

R

=3V

F

=20mA

I

F

=20mA

I

F

=20mA

I

F

=20mA

I
I

F

=20mA

8

6

(mW/sr)

E

4

2

EMITTING STRENGTH : I

2

0

Conditions

100203040

FORWARD CURRENT : I

Fig.3 Emitting strength vs.

forward currnt

F

(mA)

100

RELATIVE EMITTING STRENGTH : I

10

−25−50

0

25 10050 75

AMBIENT TEMPERATURE : Ta (°C)

Fig.4 Relative emitting strength
vs.ambient temperature

60

40

20

RELATIVE OPTICAL OUTPUT : P

0
900 920 940 960 980 1000

OPTICAL WAVELENGTH : λ (nm)

Fig.5 Wavelength

2/3