Datasheet

272
Photo Sensors
Infrared LEDs
Opto-Electronic Characteristics (Ta
=
25°C)
Radiant intensity (mW/sr) Radiant power(mW)Product No. Features
Rank
Product No.
Min Max I
F
(mA) Min Max I
F
(mA)
Peak
emission
wavelength
(nm)
Half-value
angle
(° )
Application
TLN108
TO-18(lens can)
10
50
−−−
940
±
8
TLN201
TO-18(lens can)
20
50
−−−
880
±
7
TLN102
TO-18(flat can)
2
50
−−−
940
±
31
Opto-electronic switch
TLN105B
φ
5
12
50
−−−
950
±
23.5 Remote control
TLN110
φ
5
15 50
−−−
940
±
8 Opto-electronic switch
15
TLN115A
φ
5
TLN115A(B) 19
50
−−−
950
±
21 Remote control
*
TLN231
φ
5
35
50
−−−
870
±
16
*
TLN233
φ
5
46
50
−−−
870
±
13
Space optical transmission
Opto-electronic switch
TLN227
φ
5
−−−
14
50 870
±
5
TLN225
φ
4.9
−−−
14
50 870
±
21
TLN226
φ
4.9
−−−
14
50 870
±
13
Space optical transmission
TLN210
φ
3.6 side view
−−−
7
300

875
±
32
TLN212
φ
3.6 side view
−−−
8
300

870
±
35
Used only for cameras
(for light projection)
TLN217
φ
3.6 side view
−−−
12
300

870
±
32.5
Used only for cameras
(for light projection)
TLN103A
φ
3
0.5
20
−−−
940
±
80
0.8 4.8
TLN113(B) 1.25 3
TLN113(C) 2 4.8
TLN113
φ
3
TLN113(BC) 1.25 4.8
20
−−−
940
±
40
TLN203
φ
3
1
20
−−−
880
±
35
2.5 10
TLN119(A) 2.5 6
TLN119
φ
3
TLN119(B) 4.2 10
20
−−−
945
±
30
Opto-electronic switch
**
TLN238
φ
3
40
50
−−−
870
±
18
Space optical transmission
Opto-electronic switch
TLN208
φ
2.7
−−−
7
300

875
±
27
Used only for cameras
(for light projection)
TLRA270
φ
2
−−−
12
150

695
±
15
Used only for cameras
(for auxliliary lighting)
2
TLN117(B) 2 7.5
TLN117
Small side view
TLN117(C) 5 18.7
20
−−−
940
±
15
1.5
TLN104
Double-end
TLN104(B)
−−−
2.5 6
20 940
±
20
1.5
TLN104(LB)
Double-end (DIP)
TLN104(B, LB)
−−−
2.5 6
20 940
±
20
TLRH9002(T02)
SMD, 2.0(L)
×
1.25(W)
×
1.1(H)
Min. Iv
=
42mcd.
30
−−−
650
±
55
±
65
TLRH9100(T09)
SMD, 3.0(L)
×
2.8(W)
×
1.9(H)
Min. Iv
=
55mcd
30
−−−
650
±
55
TLRH9100(T11)
SMD, 3.0(L)
×
2.8(W)
×
1.9(H)
Min. Iv
=
55mcd
30
−−−
650
±
55
Opto-electronic switch
: Red LED

: t
=
10 ms ON,
: Mositure-Proof Packing
*
: New product
Note: I
F
=
forward current
**
: Under development