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1550nm integrated optic chips (For high-precision FOGs)

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1550nm integrated optic chips (For high-precision FOGs)
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1550nm integrated optic chips (For high-precision FOGs)-IOCs-1550


It is for attitude control of movements such as aircrafts, ships, guided missiles, automobiles etc in the fiber gyroscope system, Hydrophone and other optic sensitive fields. Faraday Effect was used to measure current through fiber circuit in the current sensing system.

Description

Details

X-Cut, y-propagating LiNbO3

Very low insertion loss.

APE process for waveguide, works in single polarization

High extinction ratio

Fiber is sloping coupled with waveguide, which deduce optical return far and away

Push-pull electrode design may deduce half wave Voltage

Small packaging and lightweight

Excellent long-term stability

 

4. Specifications

 

Parameter

Unit

Values

Wavelength

nm

820850

1310

1550

Insertion

dB

≤4.0

Half wave Voltage

V

≤3.0

≤4.0

≤4.5

Splitting Beam Ratio

-

47/5353/47

Optical Return

dB

≥50

Polarization extinction ,chip

dB

≥55

Additional Intensity Modulating

-

≤0.2%

PM Pigtail Crosstalk

dB

≤-27

≤-30

≤-30

Electrode type

-

Push-pull modulating

Bandwidth

MHz

≥300

Pigtail type

-

PM

Work temperature

-55+85

Packaging dimensions

mm

30X8X5 or 35X10X5

Additional Information

Additional Information

SKU RAY-IOCs-1550-186
Part Number
IOCs-1550
Applications
It is for attitude control of movements such as aircrafts, ships, guided missiles, automobiles etc in the fiber gyroscope system, Hydrophone and other optic sensitive fields. Faraday Effect was used to measure current through fiber circuit in the current sensing system.
 
Country of Manufacture
Manufacture Rayscience
Conditions No
Lead Time 2 weeks
Export Terms No
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