ASML Navaigation's Pin-fet Hybrid receiver design
ASML Navaigation's Pin-fet Hybrid receiver design is based on a hybrid assembly of a PIN photodiode and a high impedance FET preamplifier.

C band SFS Lightsource for High Precision FOG

ASML Navaigation's Er3+-doped superfluorescent fiber sources (SFSs), which are based on three segments of Er-doped fibers with different lengths, are studied experimentally. Radiation-induced attenuation of the signal light of the 1530 nm band for an SFS is less than that of the 1560 nm band. Thus, the trimming technique of the Gauss-like spectra is investigated to reduce the mean wavelength drift. A filter was customized and used in superfluorescent fiber sources. To further reduce output power loss, the method with feedback control of pump power was adopted in the SFS. Then, the trimming spectral SFS with pump feedback control was tested under irradiation environment at the dose rate of 2.988 Gy/h. The experimental results demonstrate that the mean wavelength drift is<40 ppm and the loss of output power is <0.2 dB under a total dose higher than 1000 Gy. Our SFS Lightsource confirm the significance of the method in improving radiation-resistant capabilities of fiber sources under irradiation environments.

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C band SFS Lightsource for High Precision FOG
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Description:

ASML Navaigation's Er3+-doped superfluorescent fiber sources (SFSs), which are based on three segments of Er-doped fibers with different lengths, are studied experimentally. Radiation-induced attenuation of the signal light of the 1530 nm band for an SFS is less than that of the 1560 nm band. Thus, the trimming technique of the Gauss-like spectra is investigated to reduce the mean wavelength drift. A filter was customized and used in superfluorescent fiber sources. To further reduce output power loss, the method with feedback control of pump power was adopted in the SFS. Then, the trimming spectral SFS with pump feedback control was tested under irradiation environment at the dose rate of 2.988 Gy/h. The experimental results demonstrate that the mean wavelength drift is<40 ppm and the loss of output power is <0.2 dB under a total dose higher than 1000 Gy. Our SFS Lightsource confirm the significance of the method in improving radiation-resistant capabilities of fiber sources under irradiation environments.


Features:

Ultra Compact Design

Excellent Stable power stability

Good wavelength Stability

SM or PM Version Optional

Good Beam Quality


Applications:

Fiber optic gyro system

Fiber communication system

Fiber sensor system 


Specs

Parameter

Unit

Specifications

Min

Typ.

Max

Part No.



Output Power1

mW

5

-

10

Operating   Wavelength

nm

1528

-

1561

Spectral Width (FWHM)

nm

-

40

-

Spectral Fatness (Standard)

dB

-

-

7

Spectral   Flatness (Gain   Flatness)

dB

-

1

1.5

Output Isolation

dB

30

35

-

Stability of Output Power (15min)2

%

-

±0.5

±1.0

Stability of Output Power (8h)2

%

-

±1.0

±2.0

Operating Voltage/Current

VAC


+5V/1A


Power Consumption3

W

-

-

20

Operating Temperature

-10

-

50

Storage Temperature

-40

-

85

Output Fiber Type(Single Mode)


SMF 9/125um   NA=0.13

Output Fiber Type(PM)


Panda 1550   NA=0.13

Polarization Extinction Ratio (PER)

dB

> 17(PM output fiber)

Output Fiber Length

m

> 1

Output Fiber Connector


FC/APC   (other options   available)

Dimensions

mm

84(D)×16(T)

 

Optical Spectrum



Beam Quality2D/3D





Dimensions:





Ordering Information

ASML-SFS

Wavelength

Optical Power

Fiber&Connector Type


C:1520-1560nm

5:5mw

SN-SMF-28+None


8:8mw

SA:SMF-28E+FC/APC


10:10mw

 PA:PM1550+FC/APC

Eg:ASML-SFS-C-8-PA:

SFS Light source with operation wavelength C band,PM fiber type 125/250um,8mw optical Power,1M Pigtail length,FC/APC Connector



Address: UNIT 16, 2/F, FU TAO BUILDING, 98 ARGYLE STREET, MONGKOK, KOWLOON, HONG KONG , Phone: (852)30786684 ,   E-mail: info@asml-navigation.com
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