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Panasonic |
BLUE - VIOLET LASER DIODE
DL-5146-101S
Ver.1 May. 2012
២᠁᠐᠑᠁᠏
⁹Wavelength : 405nm(Typ.)
⁹Output power : 40mW
⁹Threshold current : Ith=35mA(Typ.)
⁹᠇᠃᠁ : ᧕5.6mm with PD
៝᠌᠌᠈᠅᠐᠅᠋᠊᠏
⁹៨᠏᠁ូ᠉᠋᠀᠑᠈᠁
⁹៥᠊᠀᠑᠏᠐᠅᠈ូ៱᠏᠁
᠇᠃᠁
ូូូូូូូូះ៌
᧕5.6 -0.025
ោ៱᠊᠅᠐ូ៖ូ᠉᠉ៅ
៰᠋᠈᠁᠊᠁៖ᠬ៌៊៎
᧕4.4
᧕3.55±0.1
᧕1.6
១᠂᠂᠁᠐᠅᠒᠁ូ᠓᠅᠊᠀᠋᠓ូ᠀᠅᠉᠁᠐᠁ូ៍៊៌᠉᠅᠊
1 3 Top view
2
1.0s0.1
LD facet
៝᠏᠋᠈᠑᠐᠁ូ៩᠔᠅᠉᠑᠉ូ᠐᠅᠊᠃᠏
Parameter
Light Output
Reverse Voltage (LD)
Operating Temperature 1)
Storage Temperature 1)
Symbol
Po(CW)
VR
Topr
Tstg
(Tc=25)
Ratings Unit
45 mW
2V
0 to +75
-40 to +85
1) Case temperature.
Pin No. 1
᧕1.4max.
3-
᧕0.45s0.1
23
᧕2.0
᠅᠊ូ᠋᠊᠊᠁᠐᠅᠋᠊
1
LD
3
PD
2 (CASE)
៎ៅូ៏ៅូ័ៅូ៑ៅ
១᠈᠁᠐᠅᠈ូ᠊᠀ូ᠌᠐᠅᠈ូ᠄᠐᠁᠅᠏᠐᠅᠏ូ
(Tc=25)
Parameter
Symbol Condition Min. Typ. Max.
Unit
Threshold Current
Ith CW - 35 55 mA
Operating Current
Iop Po=40mW -
70 100
mA
Operating Voltage
Vop Po=40mW -
5.2 5.7
V
Lasing Wavelength
Lp
Po=40mW 395 405 415
nm
Beam 6)
Perpendicular
Qv Po=40mW 16 19 23
°
Divergence
Parallel
Qh Po=40mW 6
8 12
°
Off Axis
Perpendicular
dQv Po=40mW -3
-
3
°
Angle
Parallel
dQh Po=40mW -3 - 3
°
Differential Efficiency
SE
Po=40mW 0.8
1.2
- mW/mA
Monitoring Output Current
៥᠉ Po=40mW 0.1 0.3 1.0 mA
2) Initial Values. 3) All the above values are evaluated with panasonic's measuring apparatus.
4) It makes a typical value a Reference Value. 5) Measurement condition : CW. 6) Full angle at half maximum.
Note : The above product specification are subject to change without notice.
៥᠊᠀᠑᠏᠐᠅᠈ូ០᠁᠒᠅᠁᠏ូ᠋᠉᠌᠊᠕ៈូ᠊᠏᠋᠊᠅ូ᠋᠌᠋᠐᠅᠋᠊
᠄᠐᠐᠌៖់់᠌᠊᠏᠋᠊᠅៊᠊᠁᠐់᠅᠀់᠆᠌់
៎៌៍៎់៑់៎៕
Characteristics Data for DL-5146-101S
Reference Data
Optical Output Power vs. Operating Current
CW
40
35 10
30 25
25 50
20 75
Tc=10, 25, 50, 75deg
15
10
5
0
0
10 20 30 40 50 60 70 80 90 100
Operating Current Iop (mA)
Threshold current vs. Case Temperature
y = 0.1852x + 28.375
55
50
45
40
35
30
25
20
15
0
10 20 30 40 50 60 70 80
Case Temperature Tc (deg)
Operating Voltage vs. Operating Current
Po~40mW
8
7
6
5
4
3
2
1
0
0 20
Tc=10, 25, 50, 75deg
10
25
50
75
40 60 80 100
Operating Current Iop (mA)
Far Field Pattern
Tc=25deg
Po=40mW
Operating Voltage vs. Case Temperature
Po=40mW
8
y = -0.01x + 5.37
7
6
5
4
3
2
1
0
0 10 20 30 40 50 60 70 80
Case Temperature Tc (deg)
Qv
Qh
-30 -20 -10
0
10 20 30
Angle (deg)
*Those are typical data for *Those are typical data for customers reference and may not represent all products.
Industrial Devices Company, Panasonic Corporation
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