Y-Waveguide
Y-waveguide product is designed to support multiple operating wavelength windows, including 1310 nm and 1550 nm. These wavelength windows are optimized through targeted design to adapt to diverse application scenarios, ensuring high-efficiency performance across various spectral regions. The product supports customization based on specific customer requirements, offering flexible solutions for wavelength selection and packaging configurations.
Specification Snapshot
Wavelength [Housing Type: LN-L, LN-J / LN-M, LN-E]
1310mm
Wavelength [Housing Type: LN-H, LN-L / LN-K]
1550mm
Half-wave Voltage Vπ [Wavelength: 1310mm / Housing Type: LN-L, LN-J]
≤3.5 V
Half-wave Voltage Vπ [Wavelength: 1310mm / Housing Type: LN-M, LN-E]
≤4.2 V
Half-wave Voltage Vπ [Wavelength: 1550mm / Housing Type: LN-H, LN-L]
≤4.2 V
Half-wave Voltage Vπ [Wavelength: 1550mm / Housing Type: LN-K]
≤3.5 V
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Overview
Y-waveguide product is designed to support multiple operating wavelength windows, including 1310 nm and 1550 nm. These wavelength windows are optimized through targeted design to adapt to diverse application scenarios, ensuring high-efficiency performance across various spectral regions. The product supports customization based on specific customer requirements, offering flexible solutions for wavelength selection and packaging configurations.
Specifications
| Parameter | Value |
|---|---|
| Wavelength [Housing Type: LN-L, LN-J / LN-M, LN-E] | 1310mm |
| Wavelength [Housing Type: LN-H, LN-L / LN-K] | 1550mm |
| Housing Type [Wavelength: 1310mm] | LN-L, LN-J |
| Housing Type [Wavelength: 1310mm] | LN-M, LN-E |
| Housing Type [Wavelength: 1550mm] | LN-H, LN-L |
| Housing Type [Wavelength: 1550mm] | LN-K |
| Insert Loss IL | ≤3.5 dB |
| Splitting Ratio D [Wavelength: 1310mm / Housing Type: LN-L, LN-J] | 48/52~52/48 |
| Splitting Ratio D [Wavelength: 1310mm / Housing Type: LN-M, LN-E] | 47/53~53/47 |
| Splitting Ratio D [Wavelength: 1550mm / Housing Type: LN-H, LN-L] | 48/52~52/48 |
| Splitting Ratio D [Wavelength: 1550mm / Housing Type: LN-K] | 49/51~51/49 |
| Polarization Extinction Ratio PER [Wavelength: 1310mm / Housing Type: LN-L, LN-J] | ≤-30.0 dB |
| Polarization Extinction Ratio PER [Wavelength: 1310mm / Housing Type: LN-M, LN-E] | ≤-27.0 dB |
| Polarization Extinction Ratio PER [Wavelength: 1550mm / Housing Type: LN-H, LN-L] | ≤-30.0 dB |
| Polarization Extinction Ratio PER [Wavelength: 1550mm / Housing Type: LN-K] | ≤-30.0 dB |
| Half-wave Voltage Vπ [Wavelength: 1310mm / Housing Type: LN-L, LN-J] | ≤3.5 V |
| Half-wave Voltage Vπ [Wavelength: 1310mm / Housing Type: LN-M, LN-E] | ≤4.2 V |
| Half-wave Voltage Vπ [Wavelength: 1550mm / Housing Type: LN-H, LN-L] | ≤4.2 V |
| Half-wave Voltage Vπ [Wavelength: 1550mm / Housing Type: LN-K] | ≤3.5 V |
| Waveform slope S [Wavelength: 1310mm / Housing Type: LN-L, LN-J] | ≤1/250 |
| Waveform slope S [Wavelength: 1310mm / Housing Type: LN-M, LN-E] | ≤1/200 |
| Waveform slope S [Wavelength: 1550mm / Housing Type: LN-H, LN-L] | ≤1/250 |
| Waveform slope S [Wavelength: 1550mm / Housing Type: LN-K] | ≤1/250 |
| Full-Temperature Polarization Crosstalk [Wavelength: 1310mm / Housing Type: LN-L, LN-J] | ≤-25.0 dB |
| Full-Temperature Polarization Crosstalk [Wavelength: 1310mm / Housing Type: LN-M, LN-E] | ≤-24.0 dB |
| Full-Temperature Polarization Crosstalk [Wavelength: 1550mm / Housing Type: LN-H, LN-L] | ≤-25.0 dB |
| Full-Temperature Polarization Crosstalk [Wavelength: 1550mm / Housing Type: LN-K] | ≤-25.0 dB |
| Insertion Loss Variation over Temperature ΔIL [Wavelength:1310mm / Housing Type:LN-L,LN-J,LN-M,LN-E] | ≤0.5 dB |
| Insertion Loss Variation over Temperature ΔIL [Wavelength:1550mm / Housing Type:LN-H,LN-L] | ≤0.4 dB |
| Insertion Loss Variation over Temperature ΔIL [Wavelength:1550mm / Housing Type:LN-K] | ≤0.3 dB |
| Splitting Ratio Variation over Temperature ΔD [Wavelength:1310mm / Housing Type:LN-L,LN-J,LN-M,LN-E] | ≤3.0 % |
| Splitting Ratio Variation over Temperature ΔD [Wavelength:1550mm / Housing Type:LN-H,LN-L] | ≤2.0 % |
| Splitting Ratio Variation over Temperature ΔD [Wavelength:1550mm / Housing Type:LN-K] | ≤1.5 % |
| Packaging | Metal/Ceramic Shell Packaging |
| Fiber Type | PM125/250 or PM80/165 |
| Fiber Length L | ≥1.2 m |
| Operating Temperature Tw | -45~+70 °C |
| Storage Temperature Ts | -55~+85 °C |
Applications
Fiber Optic Gyroscope technology
Coherent detection of Fiber Optic Sensors
Application fields of Fiber Optic Sensing
Key Features
High Reliability
Low Back Reflection
Low Insertion Loss
Datasheet
Product Datasheet
PDF
Supplier Information
SG FusionChip Technology Co.,Ltd, established in August 2021 in China's Optics Valley (Wuhan), serves as the strategic foothold of Shanghai Aoshi Control Technology Co., Ltd. in Central China. The company specializes in the R&D, design, production, and sales of specialized active devices, fiber optic coils, and high-end equipment. Its products are widely applied in fiber lasers, fiber sensing, gyroscopic inertial navigation, specialized national defense, academic research, new energy, and quantum technology. Leveraging its parent company's technological expertise in fiber optic gyroscopes, modulators, and detectors, SG FusionChip has achieved comprehensive capabilities in sensing optics, boasting nationally leading R&D capabilities and industrialized production capacity.
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