10GHz Phase modulator
A high-performance phase modulator designed specifically for the C-band, manufactured using lithium niobate (LiNbO3) material. 
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Detailed information

10GHz Phase modulator

Definition

The 10GHz ultra-long phase modulator is a high-performance phase modulator designed specifically for the C-band, manufactured using lithium niobate (LiNbO3) material. This modulator boasts a 10GHz bandwidth and enables efficient phase modulation at low drive voltages, making it suitable for high-speed, high-capacity optical communication and optical signal processing systems. It is fabricated using annealed proton-switched (APE) waveguides and employs polarization-maintaining (PM) input and output fibers to ensure stable polarization of the optical signal during transmission.


Feature

X-cut APE process

High extinction ratio

High optical power handling capability

Polarization-maintaining input/output


Application

Coherent communication

Optical chirp

Optical sensing

Frequency modulation spectroscopy

Frequency shifting

Laser linewidth broadening

Specification

Parameter

Unit

Value

Material

 

LiNbO3

Crystal Orientation

 

X-cut, Y-transmission

Waveguide process

 

APE Annealed Proton Exchange

Maximum optical power

mW

100mW max.

Operating wavelength

nm

1525-1570

Insertion loss

dB

≤-4dB3dB typ.

Return loss

dB

≤-40

Chip PER

dB

≥60

Fiber pigtail PER

dB

≥20

S21 (3dB)

GHz

≥7GHz8GHz typ.

S11

dB

≤-9

Vpi

V

7.2V typ.@1GHz≤8V

RF input voltage

dBm

≤+25dBm

Impedance

Ω

50

Operating temperature

0 ~+70

Storage temperature

-40 ~+80

Working humidity

%

0~90

Optical fiber model

 

PandaPM15-U40D

Casing specification

μm

900

Connector

 

PM FC/APCkey aligned with the slow axis.

RF connector

 

K-type female

Mechanical dimension

mm

120×12.05x8.5

Testing data

 

 

 

Dimension

 

 

 

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