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Mitsubishi ML562H84 Datasheet
Microsoft PowerPoint – GNOK-ML562H84-02_draftA.pptx
image/svg+xml
MITSUBISHIELECTRICCORPORATION
CONFIDENTIAL
COMPANYPROPRIETARY
NOTTOBEDISCLOSEDWITHOUTSPECIFICWRITTEN
PERMISSIONOFMITSUBISHIELECTRICCORPORATION
SPECIFICATION
GNOK
–
ML562H84
–
02
–
draftA
(
1
/6)
SPECIFICATION
PREPAREDBY:
M
.
Miyashita
R
E
V
A
M
.
Miyashita
CHECKEDBY:
APPROVEDBY:
T
.
Nishida
T
.
Nishida
DATE:
June
.
5
,
2017
July
.
26
,
2017
1.Type
ML562H84
–
02
2.Application
LightSource
3.Structure
RedLaserDiode
4.Outline
G880390
5.Absolutemaximumratings
No.
PARAMETER
SYMBOL
CONDITION
RATINGS
UNIT
(1)
OperationCurrent
Iop
Pulse(DutyCycle
≦
40%)
Fig.1
(2)
ReverseVoltage
V
RL
–
2
V
(3)
Anode
–
CaseVoltage(*1)
Vac
–
–
200
～
200
V
(4)
OperatingCaseTemperature
Tc
–
0
～
+55
℃
(5)
StorageTemperature
Tstg
–
–
40
～
+85
℃
(6)
SolderingTemperature
Tsol
LeadLength
2mm
320
℃
,2sec
<Note>Themaximumratingmeansthelimitationoverwhichthelasershouldnotbeoperatedeveninstanttime,andthis
doesnotmeantheguaranteeofitslifetime.
Asforthelifetime,refertothereliabilityreportfromMitsubishi
SemiconductorQualityAssuranceSection.
*1:Voltagebetween
Φ
9packageandanodeleadpin
6.Characteristicstable
No.
PARAMETER
SYMBOL
CONDITION
（
Tc=25
℃
(*2)unless
otherwisespecified)
LIMITS
UINT
MIN.
TYP.
MAX.
(1)
OutputPower
Pop
Pulse(*3),
Iop
=2.8A
2.3
2.5
–
W
Pulse(*3),
Iop
=3.6A,Tc=45
℃
2.3
2.5
–
W
Pulse(*3),
Iop
=3.6A,Tc=55
℃
1.6
1.9
–
W
(2)
ThresholdCurrent
Ith
Pulse(*3)
0.60
0.78
0.85
A
(3)
OperatingVoltage
Vop
Pulse(*3),
Iop
=2.8A
–
2.4
2.5
V
(4)
SlopeEfficiency
η
Pulse(*3)
1.00
1.15
1.350
W/A
(5)
PeakWavelength
λ
p
Pulse(*3),
Iop
=2.8A
636
638
642
nm
(6)
BeamDivergence
(FullWidthat1/e2)
θ
//
Pulse(*3),
Iop
=2.8A
–
3.6
4.0
°
θ
⊥
Pulse(*3),
Iop
=2.8A
–
0.5
1.4
°
(7)
BeamTilt
Angle(*4)
Δ
θ
//
Pulse(*3),
Iop
=2.8A
–
1.5
0
1.5
°
Δ
θ
⊥
Pulse(*3),
Iop
=2.8A
–
1.5
0
1.5
°
*2:Actualmeasurementtemperatureisadjusted
inorderto
matchanactivelayertemperaturetothatofstable
conditionatTc=25
℃
.
*
3:
Pulse
condition120Hz,Duty=30%
ThesespecificationsarebasedonMITSUBISHI’smethod.
Draft
A
July.
26
,2017
(Thisdraftspecificationisvalidfor6months)
image/svg+xml
MITSUBISHIELECTRICCORPORATION
CONFIDENTIAL
COMPANYPROPRIETARY
NOTTOBEDISCLOSEDWITHOUTSPECIFICWRITTEN
PERMISSIONOFMITSUBISHIELECTRICCORPORATION
SPECIFICATION
GNOK
–
ML562H84
–
02
–
draftA
(
2
/6)
SPECIFICATION
7.
LDpackingspecification
7
–
1.Thisspecificationisappliedto
ML562H84
–
02
packing
.
7
–
2.Materials
7
–
3.Packingmethod
(1)
LDisinsertedinanelectricallyconductivetray[1],inordertopreventtheelectrically
staticdamage.
Basically,eachLD
–
trayincludes
80pcs
LDs.
However
there
is
the
tray
filled
below
80
pcs
.
(
2
)
The
LD
tray
is
piled
up
.
(Maximum
5
trays)
(
3
)
(
2
)
is
sealed
by
a
wrapping
bag
[
2
]
.
(
4
)
Sealed
LD
trays
(
3
)
are
piled
up
and
put
with
air
cap
[
3
]
in
a
Packing
box
[
4
]
.
The
details
of
each
article
are
shown
in
Fig
.
2
–
Fig
.
4
.
Item
Material
Use
（
Purpose
）
[1]
Tray
Polystyrene
Preventelectricstatic
damage
[2]
Wrapping
bag
Polyethylene
Sealingtraybody
[3]
Air
cap
Polyethylene
Preventvibration
[4]
Packing
box
Corrugatedcardboard
Package
Fig.1
Absolutemaximumratings
ofoperatingcurrent
θ
⊥
（
+
）
θ
⊥
（
–
）
θ
//
（
+
）
θ
//
（
–
）
Top
view
*4:DefinitionofBeamAngle
2.0
2.2
2.4
2.6
2.8
3.0
3.2
3.4
3.6
3.8
4.0
0
10
20
30
40
50
60
A
b
s
o
l
u
t
e
M
a
x
u
m
u
m
C
u
r
r
e
n
t
[
A
]
CaseTemperature[
℃
]
image/svg+xml
MITSUBISHIELECTRICCORPORATION
CONFIDENTIAL
COMPANYPROPRIETARY
NOTTOBEDISCLOSEDWITHOUTSPECIFICWRITTEN
PERMISSIONOFMITSUBISHIELECTRICCORPORATION
SPECIFICATION
GNOK
–
ML562H84
–
02
–
draftA
(
3
/6)
SPECIFICATION
（
T
o
p
s
i
d
e
）
（
B
a
c
k
s
i
d
e
）
F
i
g
.
2
L
D
t
r
a
y
