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Thulium-Doped Fiber Amplifier

The Thulium Doped fiber amplifier 2000 uses single mode all fiber amplifying technology. It features high average output power, broad gain bandwidth, low noise and is insensitive to polarization. It has many advantages over traditional bulk solid state systems for its compactness, high stability, ease of use and maintenance free. By choosing different amplifier types, the amplification requirement can be met in 1880~2050 nm wavelength. OEM option is available upon request.

TDFA picture 1

Features:

- Wide Wavelength Bandwidth

- Low Noise

- Excellent Power Stability

- Diffraction Limited Beam

- Turn-Key System

Applications:

- Mid-IR Frequency Conversion

- Mid-IR Spectroscopy Analysis

- Silicon Photonics

- Mid-IR General Experiment Equipment 

- Fiber Communication System 


Laser Parameters

Operating Wavelength

nm

1800-2000

Gain Factor

dB

>20

Average Power

mW

>100

Average Power Stability

%RMS

<0.5 (12h@25°C)

Beam Quality


TEM00, M2<1.1

Output Polarization


Random/Linear Polarization

Output Type


SMF28e/PM1950 Fiber, FC/APC Connector

Electrical, Environmental and Mechanical Parameters

Supply Voltage

VAC

100-240 (50Hz/60Hz)

Operational Temperature Range

°C

15~35

Operational Humidity Range

%

20~80 (Non-condensing)

Storage Temperature Range

°C

-20~+50

Storage Humidity Range

%

20~80(Non-condensing)

Weight Laser Head

Kg

36

Dimensions Laser Head

mm(LxWxH)

293x240x107

Cooling


Air-cooled


TDFA picture 2



The High-Power Thulium-Doped Fiber Amplifier(TDFA-HP) uses all-fiber amplification technology and features high output power, wide operating wavelength range and low noise. The amplifier wavelength and type is selectable to meet users’ power amplification requirements within wavelength range of 1880-2000nm. Polarization maintained version of the laser unit is also available. TDFA-HP can be widely used in scientific research, characterization etc., and provides a meaningful and valuable tool for the research and development of broader communication windows and future fiber communication systems


High-power TDFA picture 1

Features:

- Wide Wavelength Bandwidth

- Low Noise

- Excellent Power Stability

- Diffraction Limited Beam

- Turn-Key System

Applications:

- Mid-IR Frequency Conversion

- Mid-IR Spectroscopy Analysis

- Silicon Photonics

- Mid-IR General Experiment Equipment 

- Fiber communication system


Laser Parameters

Operating Wavelength

nm

1900~2050

Input Power

mW

10

Average Power

W

1,3,5

Wavelength Tuning Accuracy

Nm

1950

Noise Figure

dB

<8

Beam Quality


TEM00,M2<1.1

Output Type


SMF28e/2000 Single Mode Fiber,

1m Pigtail/FC/PC or Connector

Electrical, Environmental and Mechanical Parameters

Power Consumption

W

<20

Supply Voltage

VAC

100-240 (50Hz/60Hz)

Operational Temperature Range

°C

15~35

Operational Humidity Range

%

20~80 (Non-condensing)

Storage Temperature Range

°C

-20~+50

Storage Humidity Range

%

20~80(Non-condensing)

Weight Laser Head

Kg

4.6

Dimensions Laser Head

mm(LxWxH)

336x284x113

Cooling


Air-cooled


High-power TDFA picture 2



TypeWavelengthInputOutput
EDFA Single Mode C-Band - Standard/ Booster1530 - 1565 nm-45 dBm to -25dBm
-6dBm to +3dBm
35@-35dBm / 45@-45dBm
15/17/20/23/25/26 dBm
EDFA Single Mode C-Band In-Line1530 - 1565 nm-25 dBm to +3 dBm13/17/23/25/26 dBm
EDFA Single Mode C-Band Gain Flattened1530 - 1565 nm-32 dBm to -10 dBm14/17/20/23 dBm
EDFA Single Mode C-Band High Power1530 - 1565 nm- 6 dBm to +10dBm 27/30/33/35/37/40 dBm
EDFA Single Mode C-Band PM - Low Power / High Power1530 - 1565 nm-30 dBm to +3 dBm
- 6 dBm to +10 dBm
14/17/20/23/26 dBm
30/33/37/40 dBm 
EDFA Single Mode C-Band Pulsed1530 - 1565 nm1-10mw1-1000W
EDFA Single Mode L-Band1530 - 1603 nm- 6 dBm to +3 dBm15/17/20/23/25 dBm
EDFA Single Mode L-Band Low Power / High Power1530 - 1603 nm- 6 dBm to +10 dBm 27/30/33/37 dBm
EDFA Single Mode L-Band High Power Polarization Maintaining1530 - 1603 nm- 6 dBm to +10 dBm 30/33/37 dBm
YDFA Ytterbium Doped Fiber Amplifier
1030 - 1100 nm0 dBm to 10 dBm17/20/23/25/26/27/30/33/37/40  @0dBm
TDFA Low Power1800 - 2000 nm->100 mW
TDFA High Power
1900 - 2050 nm10 mW1/3/5 W
Fiber Raman Amplifier 1st Order
1528 - 1565 nmPump Wavelenth
1425 - 1465 nm
Total Pump Power
300/500/1000/1400 mW
Fiber Raman Amplifier 2nd Order
1425 - 1465 nm
Pump Wavelenth
1340 -1360 nm
Total Pump Power
300/500/1000/1400 mW

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For technical assistance, custom orders or email quotations, drop us an email at info@simtrum.com.

We will get back to you within 1 working days.


Local Same Day Service

-Singapore Main office:  Call us at +65 6996 0391 Office Hours: 9am - 6pm (+8GMT)
-China Shanghai Main office:Call us at +86 1500085 3620. Office Hours: 9am - 6pm (+8GMT)
For Other Internation sales office  
click here.


Spectroscopy & Microscopy Solution

Check our solution page Spectroscopy Solutions | Microscopy Solutions



Search Reset
Compare Model Drawings & Specs Average Power (mW) Working Wavelength (nm) Output Polarization Availability Reference Price
(USD)
TDFA-TEM-PM-R
1001800 to 2000Random 4-6 Weeks Request for quote
TDFA-TEM-FC-R
1001800 to 2000Random 4-6 Weeks Request for quote
TDFA-TEM-SMF-L
1001800 to 2000Linear 4-6 Weeks Request for quote
TDFA-TEM-PM-L
1001800 to 2000Linear 4-6 Weeks Request for quote
TDFA-TEM-FC-L
1001800 to 2000Linear 4-6 Weeks Request for quote
TDFA-M²-SMF-R
1001800 to 2000Random 4-6 Weeks Request for quote
TDFA-M²-PM-R
1001800 to 2000Random 4-6 Weeks Request for quote
TDFA-M²-FC-R
1001800 to 2000Random 4-6 Weeks Request for quote
TDFA-M²-SMF-L
1001800 to 2000Linear 4-6 Weeks Request for quote
TDFA-M²-PM-L
1001800 to 2000Linear 4-6 Weeks Request for quote
TDFA-M²-FC-L
1001800 to 2000Linear 4-6 Weeks Request for quote
TDFA-TEM-SMF-R
1001800 to 2000Random 4-6 Weeks Request for quote
TDFA-HP-TEM-SM-3
31900 to 2050 4-6 Weeks Request for quote
TDFA-HP-TEM-1M-1
11900 to 2050 4-6 Weeks Request for quote
TDFA-HP-TEM-1M-3
31900 to 2050 4-6 Weeks Request for quote
TDFA-HP-TEM-PC-1
11900 to 2050 4-6 Weeks Request for quote
TDFA-HP-TEM-PC-3
31900 to 2050 4-6 Weeks Request for quote
TDFA-HP-TEM-APC-1
11900 to 2050 4-6 Weeks Request for quote
TDFA-HP-TEM-APC-3
31900 to 2050 4-6 Weeks Request for quote
TDFA-HP-TEM-SM-1
11900 to 2050 4-6 Weeks Request for quote

TDFA-HP-TEM-SM-1 - Parameter

Average Power (mW)
1

Beam Quality
TEM00

Working Wavelength (nm)
1900 to 2050

Supply Voltage (VDC)
100 to 240(50Hz/60Hz)

Operating Temperature Range (°C)
15 to 35

Storage Humidity Range (%)
20 to 80

Weight Of Laser Head (kg)
4.6

Dimension Of Laser Head (mm)
336 x 284 x 113

TDFA-HP-TEM-APC-3 - Parameter

Average Power (mW)
3

Beam Quality
TEM00

Working Wavelength (nm)
1900 to 2050

Supply Voltage (VDC)
100 to 240(50Hz/60Hz)

Operating Temperature Range (°C)
15 to 35

Storage Humidity Range (%)
20 to 80

Weight Of Laser Head (kg)
4.6

Dimension Of Laser Head (mm)
336 x 284 x 113

TDFA-HP-TEM-APC-1 - Parameter

Average Power (mW)
1

Beam Quality
TEM00

Working Wavelength (nm)
1900 to 2050

Supply Voltage (VDC)
100 to 240(50Hz/60Hz)

Operating Temperature Range (°C)
15 to 35

Storage Humidity Range (%)
20 to 80

Weight Of Laser Head (kg)
4.6

Dimension Of Laser Head (mm)
336 x 284 x 113

TDFA-HP-TEM-PC-3 - Parameter

Average Power (mW)
3

Beam Quality
TEM00

Working Wavelength (nm)
1900 to 2050

Supply Voltage (VDC)
100 to 240(50Hz/60Hz)

Operating Temperature Range (°C)
15 to 35

Storage Humidity Range (%)
20 to 80

Weight Of Laser Head (kg)
4.6

Dimension Of Laser Head (mm)
336 x 284 x 113

TDFA-HP-TEM-PC-1 - Parameter

Average Power (mW)
1

Beam Quality
TEM00

Working Wavelength (nm)
1900 to 2050

Supply Voltage (VDC)
100 to 240(50Hz/60Hz)

Operating Temperature Range (°C)
15 to 35

Storage Humidity Range (%)
20 to 80

Weight Of Laser Head (kg)
4.6

Dimension Of Laser Head (mm)
336 x 284 x 113

TDFA-HP-TEM-1M-3 - Parameter

Average Power (mW)
3

Beam Quality
TEM00

Working Wavelength (nm)
1900 to 2050

Supply Voltage (VDC)
100 to 240(50Hz/60Hz)

Operating Temperature Range (°C)
15 to 35

Storage Humidity Range (%)
20 to 80

Weight Of Laser Head (kg)
4.6

Dimension Of Laser Head (mm)
336 x 284 x 113

TDFA-HP-TEM-1M-1 - Parameter

Average Power (mW)
1

Beam Quality
TEM00

Working Wavelength (nm)
1900 to 2050

Supply Voltage (VDC)
100 to 240(50Hz/60Hz)

Operating Temperature Range (°C)
15 to 35

Storage Humidity Range (%)
20 to 80

Weight Of Laser Head (kg)
4.6

Dimension Of Laser Head (mm)
336 x 284 x 113

TDFA-HP-TEM-SM-3 - Parameter

Average Power (mW)
3

Beam Quality
TEM00

Working Wavelength (nm)
1900 to 2050

Supply Voltage (VDC)
100 to 240(50Hz/60Hz)

Operating Temperature Range (°C)
15 to 35

Storage Humidity Range (%)
20 to 80

Weight Of Laser Head (kg)
4.6

Dimension Of Laser Head (mm)
336 x 284 x 113

TDFA-TEM-SMF-R - Parameter

Average Power (mW)
100

Beam Quality
TEM00

Working Wavelength (nm)
1800 to 2000

Average Power Stability (%RMS)
< 0.5 (12h@25°C)

Supply Voltage (VDC)
100 to 240(50Hz/60Hz)

Operating Temperature Range (°C)
15 to 35

Storage Humidity Range (%)
20 to 80

Weight Of Laser Head (kg)
36

Dimension Of Laser Head (mm)
293 x 240 x 107

Output Polarization
Random

TDFA-M²-FC-L - Parameter

Average Power (mW)
100

Beam Quality
M2<1.2

Working Wavelength (nm)
1800 to 2000

Average Power Stability (%RMS)
< 0.5 (12h@25°C)

Supply Voltage (VDC)
100 to 240(50Hz/60Hz)

Operating Temperature Range (°C)
15 to 35

Storage Humidity Range (%)
20 to 80

Weight Of Laser Head (kg)
36

Dimension Of Laser Head (mm)
293 x 240 x 107

Output Polarization
Linear

TDFA-M²-PM-L - Parameter

Average Power (mW)
100

Beam Quality
M2<1.2

Working Wavelength (nm)
1800 to 2000

Average Power Stability (%RMS)
< 0.5 (12h@25°C)

Supply Voltage (VDC)
100 to 240(50Hz/60Hz)

Operating Temperature Range (°C)
15 to 35

Storage Humidity Range (%)
20 to 80

Weight Of Laser Head (kg)
36

Dimension Of Laser Head (mm)
293 x 240 x 107

Output Polarization
Linear

TDFA-M²-SMF-L - Parameter

Average Power (mW)
100

Beam Quality
M2<1.2

Working Wavelength (nm)
1800 to 2000

Average Power Stability (%RMS)
< 0.5 (12h@25°C)

Supply Voltage (VDC)
100 to 240(50Hz/60Hz)

Operating Temperature Range (°C)
15 to 35

Storage Humidity Range (%)
20 to 80

Weight Of Laser Head (kg)
36

Dimension Of Laser Head (mm)
293 x 240 x 107

Output Polarization
Linear

TDFA-M²-FC-R - Parameter

Average Power (mW)
100

Beam Quality
M2<1.2

Working Wavelength (nm)
1800 to 2000

Average Power Stability (%RMS)
< 0.5 (12h@25°C)

Supply Voltage (VDC)
100 to 240(50Hz/60Hz)

Operating Temperature Range (°C)
15 to 35

Storage Humidity Range (%)
20 to 80

Weight Of Laser Head (kg)
36

Dimension Of Laser Head (mm)
293 x 240 x 107

Output Polarization
Random

TDFA-M²-PM-R - Parameter

Average Power (mW)
100

Beam Quality
M2<1.2

Working Wavelength (nm)
1800 to 2000

Average Power Stability (%RMS)
< 0.5 (12h@25°C)

Supply Voltage (VDC)
100 to 240(50Hz/60Hz)

Operating Temperature Range (°C)
15 to 35

Storage Humidity Range (%)
20 to 80

Weight Of Laser Head (kg)
36

Dimension Of Laser Head (mm)
293 x 240 x 107

Output Polarization
Random

TDFA-M²-SMF-R - Parameter

Average Power (mW)
100

Beam Quality
M2<1.2

Working Wavelength (nm)
1800 to 2000

Average Power Stability (%RMS)
< 0.5 (12h@25°C)

Supply Voltage (VDC)
100 to 240(50Hz/60Hz)

Operating Temperature Range (°C)
15 to 35

Storage Humidity Range (%)
20 to 80

Weight Of Laser Head (kg)
36

Dimension Of Laser Head (mm)
293 x 240 x 107

Output Polarization
Random

TDFA-TEM-FC-L - Parameter

Average Power (mW)
100

Beam Quality
TEM00

Working Wavelength (nm)
1800 to 2000

Average Power Stability (%RMS)
< 0.5 (12h@25°C)

Supply Voltage (VDC)
100 to 240(50Hz/60Hz)

Operating Temperature Range (°C)
15 to 35

Storage Humidity Range (%)
20 to 80

Weight Of Laser Head (kg)
36

Dimension Of Laser Head (mm)
293 x 240 x 107

Output Polarization
Linear

TDFA-TEM-PM-L - Parameter

Average Power (mW)
100

Beam Quality
TEM00

Working Wavelength (nm)
1800 to 2000

Average Power Stability (%RMS)
< 0.5 (12h@25°C)

Supply Voltage (VDC)
100 to 240(50Hz/60Hz)

Operating Temperature Range (°C)
15 to 35

Storage Humidity Range (%)
20 to 80

Weight Of Laser Head (kg)
36

Dimension Of Laser Head (mm)
293 x 240 x 107

Output Polarization
Linear

TDFA-TEM-SMF-L - Parameter

Average Power (mW)
100

Beam Quality
TEM00

Working Wavelength (nm)
1800 to 2000

Average Power Stability (%RMS)
< 0.5 (12h@25°C)

Supply Voltage (VDC)
100 to 240(50Hz/60Hz)

Operating Temperature Range (°C)
15 to 35

Storage Humidity Range (%)
20 to 80

Weight Of Laser Head (kg)
36

Dimension Of Laser Head (mm)
293 x 240 x 107

Output Polarization
Linear

TDFA-TEM-FC-R - Parameter

Average Power (mW)
100

Beam Quality
TEM00

Working Wavelength (nm)
1800 to 2000

Average Power Stability (%RMS)
< 0.5 (12h@25°C)

Supply Voltage (VDC)
100 to 240(50Hz/60Hz)

Operating Temperature Range (°C)
15 to 35

Storage Humidity Range (%)
20 to 80

Weight Of Laser Head (kg)
36

Dimension Of Laser Head (mm)
293 x 240 x 107

Output Polarization
Random

TDFA-TEM-PM-R - Parameter

Average Power (mW)
100

Beam Quality
TEM00

Working Wavelength (nm)
1800 to 2000

Average Power Stability (%RMS)
< 0.5 (12h@25°C)

Supply Voltage (VDC)
100 to 240(50Hz/60Hz)

Operating Temperature Range (°C)
15 to 35

Storage Humidity Range (%)
20 to 80

Weight Of Laser Head (kg)
36

Dimension Of Laser Head (mm)
293 x 240 x 107

Output Polarization
Random

TDFA-HP-TEM-SM-1 - Download

TDFA-HP-TEM-APC-3 - Download

TDFA-HP-TEM-APC-1 - Download

TDFA-HP-TEM-PC-3 - Download

TDFA-HP-TEM-PC-1 - Download

TDFA-HP-TEM-1M-3 - Download

TDFA-HP-TEM-1M-1 - Download

TDFA-HP-TEM-SM-3 - Download

TDFA-TEM-SMF-R - Download

TDFA-M²-FC-L - Download

TDFA-M²-PM-L - Download

TDFA-M²-SMF-L - Download

TDFA-M²-FC-R - Download

TDFA-M²-PM-R - Download

TDFA-M²-SMF-R - Download

TDFA-TEM-FC-L - Download

TDFA-TEM-PM-L - Download

TDFA-TEM-SMF-L - Download

TDFA-TEM-FC-R - Download

TDFA-TEM-PM-R - Download

Accessories

Compare Model Drawings & Specs Availability Reference Price
(USD)