IF-E97 Industrial Fiberoptics, IF-E97 Datasheet

LED FIB OPT 660NM SUPERBRITE RED

IF-E97

Manufacturer Part Number
IF-E97
Description
LED FIB OPT 660NM SUPERBRITE RED
Manufacturer
Industrial Fiberoptics
Datasheet

Specifications of IF-E97

Wavelength
660nm
Spectral Bandwidth
40nm
Voltage - Forward (vf) Typ
1.7V
Current - Dc Forward (if)
40mA
Voltage - Dc Reverse (vr) (max)
5V
Capacitance
30pF
Connector Type
Connector-less
Lead Free Status / RoHS Status
Lead free / RoHS Compliant
Other names
FB129
Plastic Fiber Optic Super-Bright LED
Plastic Fiber Optic Super-Bright LED
A
M
(T
Operating and Storage
Junction Temperature (T
Soldering Temperature
Reverse Voltage (V
Power Dissipation
De-rate Above 25°C ..........1.33 mW/°C
Forward Current, DC (I
Surge Current (I
Temperature Range
(T
(2 mm from case bottom)
(T
(P
t ≤ 10 µsec...............................200 mA
A
P P L I CAT I O N S
TOT
OP
A X I M U M
S
=25°C)
Low Cost Analog and Digital
Automotive Electronics
Digitized Audio
Medical Instruments
PC-to-Peripheral Data Links
Robotics Communications
Motor Controller Triggering
EMC/EMI Signal Isolation
Local Area Networks
Intra-System Links: Board-to-
Data Links
Board, Rack-to-Rack
) t ≤ 5s .................................240°C
,T
) T
STG
A
=25°C ...................100 mW
) .....................-40° to 85°C
FSM
R
R
).........................5 V
AT I N G S
)
F
J
) ...........40 mA
) .............85°C
I
N D U S T R I A L
F
I B E R
D
The IF-E97 is a high-optical-output, visible red LED housed in a “connector-less”
style plastic fiber optic package. The output spectrum is produced by a GaAlAs
die which peaks at 660 nm, one of the optimal transmission windows of PMMA
plastic optical fiber. The device package features an internal micro-lens and a
precision-molded PBT housing to ensure efficient optical coupling with standard
1000 µm core plastic fiber cable.
A
The high output and excellent linearity of the IF-E97 make it suitable for analog
and digital data links. The IF-E97 can achieve data rates of 1 Mbps when used
with an IF-D96 photologic detector. The visible red light has low attenuation in
PMMA plastic fiber and aids in troubleshooting installations. The drive circuit
design is simpler than required for laser diodes, making the IF-E97 the lowest
cost selection for a variety of analog and digital applications requiring maximum
operating distance.
F
C
Parameter
Peak Wavelength
Spectral Bandwidth (50% of I
Output Power Coupled into Plastic Fiber
(1 mm core diameter). Distance Lens to Fiber
≤0.1 mm, 1 m polished fiber, I F =20 mA
Switching Times (10% to 90% and
90% to 10%) (I F
a C
Forward Voltage (I F =20 mA)
E AT U R E S
E S C R I P T I O N
P P L I C AT I O N
HA R A C T E R I S T I C S
a p
High Optical Power
Visible Red Output Aids Troubleshooting
Low Transmission Loss with PMMA Plastic Fiber
No Optical Design required
Mates with standard 1000 µm Core Jacketed Plastic Fiber Cable
Internal Micro-Lens for Efficient Optical Coupling
Inexpensive Plastic Connector Housing
Connector-Less Fiber Termination
Light-Tight Housing Provides Interference-Free Transmission
RoHS compliant
O
t i c
P T I C S
n a
e c
F (
1 =
, I
=
0 2
M
N C
H
m
) z
) A
.
H
I G H L I G H T S
MAX
w w w . i - b e r o p t i c s . c o m
(T
)
A
=25°C)
Symbol Min.
λ
Φ min
t
PEAK
C
Δλ
r , t f
V f
0
650
250
-6.0
1.7
Typ.
660
325
-4.9
1.9
40
30
.5
Max.
670
425
-3.7
2.1
IF-E97
Unit
dBm
µW
nm
nm
pF
µs
V
57

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IF-E97 Summary of contents

Page 1

... The high output and excellent linearity of the IF-E97 make it suitable for analog and digital data links. The IF-E97 can achieve data rates of 1 Mbps when used with an IF-D96 photologic detector. The visible red light has low attenuation in PMMA plastic fiber and aids in troubleshooting installations. The drive circuit ...

Page 2

... IF-E97 F 1. Normalized power launched IGURE versus forward current. 2 1.5 1 0.5 0 -0.5 -1 -1 Temperature (°C) 4. Output power versus temperature F IGURE 5. Case outline. F IGURE Plastic Fiber Optic Super-Bright LED Plastic Fiber Optic Super-Bright LED F 2. Typical spectral output IGURE versus wavelength Cut off the ends of the optical fiber with a single- edge razor blade or sharp knife ...

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