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LEDs

Stock
Number
λ(nm) Δλ(nm) Plmin(1)
(µw)
TR(2) TF(2) Distance
(m)
General Comments
or Application
RoHS
IF E91A 940 40 50 1.0 µs 1.0 µs < 10 Lowest cost device in portfolio for short distance applications Yes
IF E91D 870 30 200 3 ns 3 ns < 10 Lowest cost, high electrical bandwidth device Yes
IF E92A 430 65 25 .5 µs .5 µs < 50 430 nm blue light for sensor applications in a convenient F/O package Yes
IF E92B 470 25 75 .6 µs .6 µs < 50 430 nm blue light for sensor applications in a convenient F/O package Yes
IF E93 530 50 95 3.5 ns 16 ns < 150 Longest distance device selected for attenuation minimum in PMMA fiber core Yes
IF E96 660 20 125 .1 µs .1 µs < 75 Lowest cost visible red LED device in portfolio Yes
IF E97 660 40 250 .5 µs .5 µs < 100 High power red LED for low data rates Yes
IF E98 650 20 200 8 ns 8 ns < 65(4) High power, fast electrical switching times for 50 Mbps applications Yes
IF E99 650 10 700 3.5 ns 3.5 ns < 100(5) Very high power device for 100 Mbps Yes


1 Optical power measured from the end of a 1mm core plastic fiber 1m long, NA=.47 and LED IF =20 mA.
4 Distance when mated with the IF-D97 photologic detector.
2 Rise and fall times are measured from the 10% to 90% and 90% to 10% points.
5 When matched with the IF-D98 photologic detector.
3 Exact operating distance depends on the photodetector selected and in some cases the electrical bandwidth of accompanying circuits.

 

Photodetectors

Stock
Number
Type TR(1) TF(1) TP Responsitivity(2) Threshold(3) General Comments
or Application
RoHS
  IF D91
Diode
5 ns
5 ns
N/A
0.2 µA/µW
N/A
Highest electrical bandwidth device suitable for analog/digital applications Yes
  IF D92
Transistor
20 µs
20 µs
N/A
50 µA/µW
N/A
Lowest cost, simplest to use photodetector Yes
  IF D93
Darlington
5 ms
2.5 ms
N/A
200 µA/µW
N/A
Highest responsivity linear detector in portfolio Yes
  IF D95OC
Logic
.1 µs
.1 µs
8.0 µs
N/A
1.0 µW
-30 dBm
Identical to IF-D95T except with open collector output Yes
  IF D95T
Logic
70 ns
70 ns
8.0 µs
N/A
1.0 µW
-30 dBm
Totem-pole output device for data rates up to 150 kbps Yes
  IF D96F
Logic
65ns
N/A
3.5 µW
-24.5 dBm
Open-collector output device for data rates up to 5 Mbps Yes
  IF D97
Logic
7 ns
7 ns
12 ns
N/A
17 µW
-17.5 dBm
Totem-pole output device for data rates up to 55 Mbps Yes
  IF D98
Logic
3.5 ns
3.5 ns
6 ns
N/A
6.3 µW
-22 dBm
Device suitable for data rates up to 155 Mbps(5) No


1 Rise times and fall times are measured from the 10% to 90% and 90% to 10% points, respectively.
2 Optical power measured from polished end of 1000 µm plastic optical fiber connected to Helium Neon laser producing radiation at 632.8 nm in wavelength.
3 λ=660 nm.
4 Threshold is the optical power that the photologic switches from a low to high, or from high to low.
5 This device has internal gain control circuitry that makes it unsuitable for applications under 4 Mbps.