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Fabry Perot Diode Lasers, Single Mode

Fabry Perot Diode Lasers, Single Mode

Description:

Fabry Perot Diode Lasers are the most common type of diode lasers. They are spacially single mode. Typical geometrical sizes of the laser chip are 1000µm x 500µm x 200µm (length x width x height). Depending on the chip length, Fabry Perot lasers operate longitudinally single- or multimode.
Fabry Perot Diode Lasers, Single Mode

Introduction: 
The laser chip is grown by MOVPE of compound semiconductor material. The optical gain is provided by double heterostructure which include several Quantum Wells for electronic confinement. Typcal emitter width ranges from 3µm to 7µm. The surfaces of the laser chip act as cavity mirrors due to the difference of the refractive index of the laser material and the surrounding air. These optical surfaces are protected by thin optical films for lifetime purposes.
 

Available wavelength range is from 375nm .. 440nm, 635nm .. 1710nm. Output power range is from 1mW .. 200mW.  The most commone types of laser mount are 5.6mm TO-can and 9mm TO-can. 

Products including Fabry Perot Diode Lasers: 
Fabry Perot diode lasers are included within the following products:

  1. CAT Series CW: Laser pointer, continuous wave operation 
  2. CAT Series PS: Laser pointer, nanosecond operation 
  3. CHEETAH FPD: Temperature stabilized laser system 
  4. Anti-reflection coated diode lasers 
Manufacturing Capabilities: 
Sacher Lasertechnik operates a full technology line for the assembly of Fabry Perot diode lasers.

Available wavelength range is from 375nm .. 440nm, 635nm .. 1710nm. Output power range is from 1mW .. 200mW.  The most commone types of laser mount are 5.6mm TO-can and 9mm TO-can. 

Model #
Lambda / nm
P / mW
Width / µm
Ith / mA
Iop / mA
Uop / V
Div. q_|_
Div. q||
Pol.
Efficiency W/A
Pin- Code

FP-0740-010

740

10

4

60

80

2.2

25

10

TM

0.9

G2

FP-0765-030

765

30

4

40

80

2.1

26

10

TE

0.8

G2

FP-0770-100

770

100

4

30

130

2.2

25

10

TM

1.2

G2

FP-0780-100

780

100

4

30

130

2.2

25

10

TM

1.2

G4

FP-0810-100

810

100

4

50

230

2.2

28

10

TM/TE

1.1

G2

FP-0850-100

850

100

3

25

140

2.2

24

10

TE

1.0

G2

FP-0875-100

875

100

3

30

140

2.2

24

10

TE

1.0

G2

FP-0940-100

940

100

3

20

200

2.3

24

10

TE

0.9

G2

FP-0980-150

980

150

4

60

300

2.5

23

10

TE

0.8

G2

FP-1020-150

1020

150

3

20

120

1.9

26

10

TE

0.8

G2

FP-1060-080

1060

80

3

20

90

1.7

39

10

TE

0.7

G2

FP-1080-050

1080

50

3

20

60

1.2

28

28

TE

0.15

G2

FP-1260-010

1260

10

3

20

60

1.1

28

28

TE

0.16

G2

FP-1310-010

1310

10

3

20

60

1.1

28

28

TE

0.16

G2

FP-1330-010

1330

10

3

20

60

1.1

28

28

TE

0.12

G2

FP-1410-010

1410

10

3

20

60

1.1

28

28

TE

0.14

G2

FP-1480-010

1480

10

3

20

20

1.1

28

28

TE

0.14

G2

FP-1530-010

1530

10

3

16

56

1.1

28

28

TE

0.14

G2

FP-1560-010

1560

10

3

16

56

1.1

28

28

TE

0.14

G2

FP-1630-005

1630

5

3

19

49

1.1

28

28

TE

0.09

G2

FP-1650-005

1650

5

3

19

49

1.1

28

28

TE

0.09

G2

FP-1690-005

1690

5

3

19

49

1.1

28

28

TE

0.09

G2

Legend:
  Lambda
Wavelength / nm
   Uop Operation Voltage / V  
  P
Output Power / mW
   Div.q_|_ Beam Divergence / FWHM  
  Width
Emitter Width / µm
   Div. q|| Beam Divergence / FWHM  
  Ith
Threshold Current / mA
   Pol. Polarization  
  Iop
Operation Current / mA
   Pin Code Type of Laser Carrier  

Technical Documents