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

- 2 -

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

- 4 -

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

- 5 -

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

- 6 -

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