MITSUBISHI LASER DIODES
ML1XX14 SERIES
Under Development
FOR OPTICAL INFORMATION SYSTEMS
Preliminary
YPE
AME
This Model is under development. Therefore, please note that this data sheet may be
changed without any notice.
DESCRIPTION
ML1XX14 is a high power AlGaInP semiconductor laser which
provides a stable, single transverse mode oscillation with
emission wavelength of 660 nm and standard PULSE light
output of 70mW.
ML1XX14 has a window-mirror-facet which improves the
maximum output power. That leads to highly reliable and highpower operation.
ML101J14, ML120G14
FEATURES
•
High Output Power: 50mW (CW) , 70mW (Pulse)
• Visible Light: 660nm (typ.)
APPLICATION
High-Density Optical Disc Drives
Rewritable DVD(Digital Versatile Disc) Drives
BSOLUTE MAXIMUM RATINGS
Symbol Parameter Conditions Ratings Unit
Po Light output power
VRL Reverse voltage 2 V
Tc Case temperature
Tstg Storage temperature -
Note1: The maximum rating means the limitation over which the laser should not be operated even instant time,
and this does not mean the guarantee of its lifetime. As for the reliability,please refer to the reliability report from Mitsubishi
Semiconductor Quality Assurance Section.
Note2: TARGET SPEC /Condition Duty less than 50%,pulse width less than 0.1µs
Note 1)
CW 60
Pulse(Note 2) 70
-
-
-10
-40
~ +100
~ +60
mW
°C
°C
LECTRICAL/OPTICAL CHARACTERISTICS (Tc=25°C)
Symbol Parameter Test conditions
Ith
Iop
Vop
η
λp
θ//
θ⊥
Threshold current CW -
Operating current
Operating voltage CW, Po=50mW
Slope efficiency CW, Po=50mW -0.67-mW/mA
Peak wavelength CW, Po=50mW 660 nm
Beam divergence angle
(parallel)
Beam divergence angle
(perpendicular)
CW, Po=50mW - 132 mA
CW, Po=50mW 8.5
CW, Po=50mW
in.
-
655
--
--
yp. Max Unit
57
2.5
22
-
-
3.0
666
mA
V
°
°
( 1 / 5 )
ITSUBISHI
LECTRIC
as of December '99
OUTLINE DRAWINGS
ITSUBISHI LASER DIODES
ML1XX14 SERIES
OR OPTICAL INFORMATION SYSTEMS
ML101J14
ML120G14
here is no model with a monitor photo diode in ML1XX14 series.
(1)
(2)
(1)
(2)
(3)
ASE
LD
ML101J14
3)
ASE
ML120G14
( 2 / 5 )
ITSUBISHI
LECTRIC
as of December '99