MIOC1310/1550C-Y Waveguide Modulator Chip     


The MIOC1310/1550C is a high-performance Y-waveguide phase modulator integrated circuit fabricated using a thin-film Lithium Niobate (TFLN) process. This multifunctional device is designed to polarize, split, and modulate optical signals.



Product model


Name Model Price
MIOC1550-Y Waveguide Modulator Chip   [PDF]  [RFQ]

MIOC1550
[Please inquire]
MIOC1310-Y Waveguide Modulator Chip   [PDF]  [RFQ]

MIOC1310
[Please inquire]

Parameter


Features

● Low Half-Wave Voltage (Vpi): Optimized for high-efficiency modulation.

● Low Insertion Loss: Minimizes signal attenuation across the waveguide.

● High Stability: Reliable performance under various operating conditions.

● Low Waveform Slope: Ensures high signal integrity.

● High Polarization Extinction Ratio: Superior polarization control for sensitive applications.

Specifications

Unless otherwise noted, all tests are performed at 25°C

Parameter

Min

Typical

Max

Unit

Operating Wavelength

-

1310±20 or 1550±10

-

nm

Insertion Loss

-

3.5

4

dB

Half-Wave Voltage (Vpi)

-

3.5@1310nm

4@1550nm

V

Splitting Ratio

48/52

-

52/48

-

EO   Modulation Bandwidth

-

300

-

MHz

Polarization Extinction Ratio

55

60

-

dB

Back Reflection

-

-

-55

dB

Waveform Slope

-

-

1/250

-

Residual Intensity Modulation

-

0.2%

-

-


Absolute Maximum Ratings

Parameter

Symbol

Rating

Unit

Operating Temperature

Top

-45 to +70

°C

Storage Temperature

Tstg

-40 to +85

°C

Max Input Optical Power

Pmax

200

mW

Max Input Voltage

Vmax

15

V


Handling and Precautions

● ESD Protection: Necessary Electrostatic Discharge (ESD) measures must be taken to prevent chip damage.

 Physical Handling: Exercise extreme caution; avoid contact with the optical waveguide to maintain transmission efficiency.

● Bonding Process: Pressure, temperature, and other wire-bonding parameters must be carefully calibrated to avoid structural damage.

Application

● This chip is ideally suited for the following fields:

● Fiber Optic Sensing

● Coherent Optical Communications

● Quantum Secure Communications

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