Download PDFBL05-1101 KODENSHI
Document overview
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Technical content
Page 1
Pin-Point LED(AlGaInP)
K O D E N S H I
B L 0 5 - 1 1 0 1
The BL05- 1101 is a LED of 650nm wavelength using four elements (AlGaInP). Our original LED processing technology made it possible to increase the electric current density at the emission point. The luminous strength of single light source per unit surface is now more than ten times higher than before.
F E A T U R E S
- High brightness
- The Optic al axis matc h is easy bec ause of red l u m i n a n c e .
- Optical design is easy because of the point light of ø 5 0μm
A P P L I C A T I O N S
- Source of light for optical switch , optical fiber , and s c a n n e r
- Source of light for optical sensor parallel light
- Source of light for various , precise measurements
MAXIMUM RATINGS
| It e m | Sy m b o l | Ra t i n g | Un i t |
| Reverse voltage | VR | 3 | V |
| Forward current | IF | 2 0 | m A |
| Power dissipation | PD | 5 0 | m W |
| Pulse forward current *1 | IFP | 1 5 0 | mA |
| Operating temp. | T o p r . | －3 0∼＋8 5 | ℃ |
| Storage temp. | T s t g . | －4 0∼＋1 0 0 | ℃ |
| Soldering temp. *2 | T s o l . | 2 6 0 | ℃ |
\*1. pulse width ：tw ≦10 μsec.period ：T = 1 m s e c . \*2. For MAX.5 seconds at the position of 2 mm from the package
ELECTRO-OPTICAL CHARACTERISTICS
D I M E N S I O N S
(Unit : mm)
( T a = 2 5℃)
( T a = 2 5℃)
| It e m | Sy m b o l | Co n d i t i o n s | Mi n . | Ty p . | Ma x . | Un i t . |
| Forward voltage | VF | IF= 2 0 m A | 2 . 0 | 3 . 0 | V | |
| Reverse current | IR | VR= 3 V | 1 0 | μA | ||
| Radiant intensity | PO( W ) | IF= 2 0 m A | 0 . 2 | m W | ||
| Peak emission wavelength | λ p | IF= 2 0 m A | 6 5 0 | n m | ||
| Spectral bandwidth 50% | Δ λ | IF= 2 0 m A | 3 0 | n m | ||
| Half angle | Δ θ | IF= 2 0 m A | ± 6 0 | d e g . |
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Page 2
Pin-Point LED(AlGaInP)
B L 0 5 - 1 1 0 1
Radiant intensity Vs.
Power dissipation Vs.
Relative radiant intensity Vs.
Forward current
Ambient temperature
Ambient temperature
Relative intensity Vs.
Radiant Pattern
Wavelength
Relative radiant intensity Vs. Distance
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