Transcript
Leading Photonics
- 1 -
Leading Photonics
- World's most compact active controlled laser system
- DIL 14 package size
- Active TEC controlled
- WAVELOCK-Design available - side mode
suppression ratio >35dB, linewidth <0.1pm
- Other Wavelengths available on request
- Up to 130mW output power
- Laser controller board for perfect industry integration
- Water cooling option
Specifications
DIL-TEC 14-405-130 DIL-TEC 14-450-50 DIL-TEC 14-532-50 DIL-TEC 14-635-15
Wavelength (nm)
405 450 532 635
Power (mW)
15
DIL-TEC 14-405-15
50 50
15
Beam Ø (mm) typical
1
1.1x2.2*NF
Divergence (mrad) typical
<0.9
Polarization >100:1 linear
Noise (20Hz-25MHz)
<1% RMS
Pointing Stability <5μrad /K
Beam alignment
Base <8mrad-<0.2mm X/Y
M² beam quality
<1.3 typ.
Spartial mode
TEMoo
Power stability (10h)
2
<±1%
Warm up time
2
<5min
Temperature control
TEC active
CDRH classification Class IIIb
DIL-TEC 14-638-80
638
80
DIL-TEC 14-785-100
785
100
DIL-TEC 14-660-130
660
130
DIL-TEC 14-642-80
642
80
DIL-TEC 14
130
405
Specifications
Wavelength (nm)
Power (mW)
Beam Ø (mm) typical
1
Divergence (mrad) typical
Polarization
Noise (20Hz-25MHz)
Pointing Stability
Beam alignment
Base
M² beam quality
Spartial mode
Power stability (10h)
2
Warm up time
2
Temperature control
CDRH classification
1.1x2.2*NF
<0.9
>100:1 linear
<1% RMS
<5μrad /K
<8mrad-<0.2mm X/Y
<1.3 typ.
TEMoo
<±1%
<5min
TEC active
Class IIIb
1.1x2.6*NF
<0.9
>100:1 linear
<1% RMS
<5μrad /K
<8mrad-<0.2mm X/Y
<1.3 typ.
TEMoo
<±1%
<5min
TEC active
Class IIIb
Ø1.2*NF
<0.9
>100:1 linear
<1% RMS
<5μrad /K
<8mrad-<0.2mm X/Y
<1.3 typ.
TEMoo
<±1%
<5min
TEC active
Class IIIb
1.1x3.1*NF
<0.9
>100:1 linear
<1% RMS
<5μrad /K
<8mrad-<0.2mm X/Y
<1.3 typ.
TEMoo
<±1%
<5min
TEC active
Class IIIb
1.1x2.2*NF
<0.9
>100:1 linear
<1% RMS
<5μrad /K
<8mrad-<0.2mm X/Y
<1.3 typ.
TEMoo
<±1%
<5min
TEC active
Class IIIb
1.1*2.2*NF
<0.9
>100:1 linear
<1% RMS
<5μrad /K
<8mrad-<0.2mm X/Y
<1.3 typ.
TEMoo
<±1%
<5min
TEC active
Class IIIb
1.1x2.2*NF
<0.9
>100:1 linear
<1% RMS
<5μrad /K
<8mrad-<0.2mm X/Y
<1.3 typ.
TEMoo
<±1%
<5min
TEC active
Class IIIb
1.1x2.2*NF
<0.9
>100:1 linear
<1% RMS
<5μrad /K
<8mrad-<0.2mm X/Y
<1.3 typ.
TEMoo
<±1%
<5min
TEC active
Class IIIb
Table 1.
DIL-TEC 14 - Module specifications
1) circular beam on request 2) in combination with the DIL-TEC14-Controller
Leading Photonics
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DIL-TEC 14
Dimensions (LxWxH) 22 x 11 x 13.5 mm (0.87 x 0.43 x 0.53 in)
Storage Temperature
-10°C to 55°C (14°F to 131°F)
Operating Temperature
10°C to 40°C (50°F to 104°F)
Weight
15g
pin configuration
electrical characteristics
Wavelength (nm)
450 642 785660532 635 638
Voltage Laser Diode V
LD+
5.5
typ
3.0 22.52 2.7 3.1
Treshold Current I
th
30 3540
typ
80
technical specifications
250
55 45
laser emission
on this side
60
max
55 55
80350 70 85
Current Laser Diode I
LD
80
typ
160
115
200710 85 150
Stresses above those listed in Table 2 may cause permanent damage to the device.
Table 3.
Table 4.
Resistor NTC
typ
unit
V
mA
mA
mA
Ω
405
4.8
70
130
absolute maximum ratings
Voltage Laser Diode V
LD+
50
Voltage TEC V
TEC
Operating Current
Laser Diode I
LD
405
405
5.8 6.0
unit
V
mA
V
max
642
785
638532
635
450
660
3.0 3.03.52.2 2.76.5 2.2
57
170
max
180 200210855 95
115
150
2.55
max
405
4.8
25
50
35
10k (tolerance 1%)
Current TEC I
TEC
A1.8
max
Temperature range ΔT
°C
35
max
Table 2.
TEC+ TEC input +
TEC- TEC input -
NTC+ NTC Resistor
NTC- NTC Resistor
LD+
Laser Diode Anode
dnc do not connect
LD-
Laser Diode Kathode
All Values are valid at an operating Temperature of 25°C.
B
25/100
typ
K
3497
Leading Photonics
- 3 -
drawing / dimensions
DIL-TEC 14
DIL-TEC 14
application information
Leading Photonics
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DIL-TEC 14 - Controller specification
s
DIL-TEC 14
electrical characteristics
Wavelength (nm)
Supply Voltage
TEC Driver V
TEC+
Supply Voltage DIL-TEC 14
Controller V
cc
Modulation Input V
MOD
Table 6.
TEC accuracy
Modulation speed
analog input
absolute maximum ratings
Supply Voltage DIL-TEC14
Controller V
cc
Operatimg temperature
Storage temperature
Fine Adjustment V
ADJ
Modulation Input V
MOD
min
max
-0.3
5.5
-0.3 V
cc
+0.3
10 40
-0.3 V
cc
+0.3
-10
55
unit
°C
V
V
V
°C
Table 5.
405, 450
max
typ
unit
V
V
V
V
V
mK
kHz
V
5.55
<10
tbd
analog 0 to 5
TTL 5; Low <0.8, High >2.0
-
2.5
-
6.5
635,638, 642,
660, 785
-
5
532
-
3.3
Clamp Current I
ADJ
, I
MOD
-
±20
mA
min
-
4.8
500
-
-
-
Supply Voltage
Laser Diode V
LD+
Drive mode
ACC
Modulation speed
enable input
kHz
500
Stresses above those listed in Table 5 may cause permanent damage to the device.
Current DIL-TEC 14
Controller I
cc
mA
tbd
Leading Photonics
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EN
Enable input / TTL input
MOD
Analog Modulation input
UT
Under Temperature open drain output
OT
Over Temperature open drain output
ADJ
Temperature Fine Adjustment input
DIL-TEC 14
pin configuration
laser emission
on this side
technical specifications
Table 7.
Dimensions (LxWxH) 50 x 25 x 6 mm (1.96 x 0.98 x 0.24 in)
Weight
50g
Vcc
Power Supply DIL-TEC14-Controller
LD+
Power Supply Laser Diode
TEC+
Power Supply TEC
GND
Ground
Leading Photonics
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DIL-TEC 14
application information
DIL-TEC14-Controller typical application circuit
Because of permanent product improvement the manufacturer can change specifications without prior notice. All rights reserved.
* place near to DIL-TEC14-Controller
Temperature Fine Adjustment
If no Temperature Fine Adjustment is required, left ADJ-Pin open. Otherwise apply a
voltage between 0V and 5V, to reduce or increase the temperature.
ADJ = 0V : T ≈ T+10°C
ADJ = 5V : T ≈ T -10°C
Under and Over Temperature open drain output
0°C < T < 60°C UT=V
PU
; OT=V
PU
T < 0°C or T > 60°C UT=0V; OT=0V
RGB Lasersysteme GmbH
Donaupark 13
D-93309 Kelheim
Germany
Tel.: +49 9441 17 486-10
Fax.: +49 9441 17 486-11
sales@rgb-laser.com
www.rgb-laser.com
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