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SPF MIT3 02
Preliminary Product Information
15-Jan-03
Infineon AG
CONFIDENTIAL
OASIS SiliconSystems AG
Page 2
Maximum Ratings
Parameter
Storage Temperature Range
Junction Temperature
Soldering Temperature
(>2.5 mm from case bottom t
≤
5s)
Power Dissipation
Power Supply Voltage
Symbol
T
STG
T
J
T
S
Min
-40
-40
-
Max
100
100
235
Unit
°C
°C
°C
P
TOT
V
CCMax
-
300
6.0
mW
V
-0.5
Recommended Operating Conditions
Parameter
Supply Voltage
Operating Temperature Range
(R
ext
=13.5 kOhm)
Symbol
V
CC
T
A
Min
4.75
-40
Max
5.25
85
Unit
V
°
C
All the data in this specification refers to the operating conditions above unless
otherwise stated.
Optical Signal Characteristics
(22.5 Mbit/s MOST Data, Vcc=4.75 .. 5.25 V)
Parameter
Peak wavelength at T
A
=25°C
Temperature coefficient
λ
Peak
Peak wavelength at T
A
=-40..85°C
Spectral bandwidth (FWHM)
Average Output Power coupled into plastic fiber
at T
A
=25°C, R
ext
=15 kOhm, see Note 1
Temperature coefficient P
opt
Average Output Power coupled into plastic fiber
at T
A
=-40..85°C, R
ext
=15 kOhm, see Note 1
Average Output Power coupled into plastic fiber
at T
A
=-40..85°C, R
ext
=15 kOhm, over lifetime,
see Note 1
Gain in P
opt
when using 13.5 KOhm instead of
15 KOhm
Optical Rise Time (20% - 80%)
Optical Fall Time (20% - 80%)
Extinction Ratio
Pulse Width Variation, see Note 2
Average Pulse Width Distortion, see Note 2
Symbol
λ
Peak25
TC
λ
λ
Peak
Delta
λ
P
opt25, O
Min
640
-
630
-
-7.4
(185)
-
-8.6
(140)
-9.6
(110)
Typ
650
0.16
650
20
-5.2
(300)
- 0.4
-5.2
(300)
-5.2
(300)
Max
660
-
670
30
-3.6
(435)
-
-3.1
(490)
-2.1
(615)
Unit
nm
nm/K
nm
nm
dBm
(μW)
%/K
dBm
(μW)
dBm
(μW)
TC
Popt
P
opt
P
opt, lifetime
0.35
0.4
0.45
dB
t
r
t
f
r
e
t
PWV
t
APWD
-
-
4
4
11
-
-
6
6
-
ns
ns
dB
ns
ns
10
20.9
-0.5
24.4
1.5
Note 1
: The output power coupled into plastic fiber P
opt
is measured with a large area detector at the
end of a short length of a fiber (about 30 cm), which is ideally coupled to the Sidelooker. This value
must not be used for calculating the power budget for a fiber optic system with a long fiber because the
numerical aperture of plastic fibers decreases on the first meters.
Therefore the fiber seems to have a higher attenuation over the first few meters compared with the
specified value.
Due to the direct coupling of the fiber to the LED at the end of the short fiber UMD (uniform mode
distribution) will be observed. Therefore the following section of the cable has higher losses compared
with EMD (equilibrium mode distribution).
Note 2
: The electrical input signal fulfills t
PWV(min)
= 22.9 ns and t
PWV(max)
= 24.1 ns. For further details
see page 3.