Fully Integrated 4-Channel DVS Optical Module
For multichannel, fully integrated DVS applications, the DVS-AOM-L series uses an ultranarrow-linewidth laser in an optimized optomechanical/electrical design. Serial configuration, high integration, environmental interference resistance, compact size and convenient use are provided. Sharing a narrow-linewidth laser reduces multichannel costs and particularly suits applications with lower sensing requirements. Designs and specifications can be customized for sensor equipment manufacturers.
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Overview
For multichannel, fully integrated DVS applications, the DVS-AOM-L series uses an ultranarrow-linewidth laser in an optimized optomechanical/electrical design. Serial configuration, high integration, environmental interference resistance, compact size and convenient use are provided. Sharing a narrow-linewidth laser reduces multichannel costs and particularly suits applications with lower sensing requirements. Designs and specifications can be customized for sensor equipment manufacturers.
Specifications
| Parameter | Value |
|---|---|
| Sensing distance L | Typical :20 km |
| Number of Detection Channels N | 4 Channel |
| Modulation Mode | External Modulation |
| Narrow linewidth Laser - Center wavelength λ | Typical :1550.12 nm |
| Narrow-Linewidth Laser - Equivalent Spectral Linewidth Δλ1 | Typical :3 kHz |
| Narrow linewidth Laser - Laser RIN Noise | Typical :-105 dB/Hz |
| Acousto-Optic Frequency Shifter-AOM Frequency Shift | Typical :80 MHz |
| Acousto-Optic Frequency Shifter - Extinction Ratio ER | Min :50 dB |
| Acousto-Optic Frequency Shifter - Pulse Width τ | Min :10 ns; Typical :100 ns; Max :300 ns |
| Acousto-Optic Frequency Shifter - Pulsed Frequency PF | Typical :2 kHz |
| Pulsed Optical Amplifier-Peak Optical Pulse Power Pout | Typical :2600 mW |
| PIN-EDFA - Input Peak Optical power Pin | Max :-33 dBm |
| PIN-EDFA - Input Average Optical power Pin | Min :-45 dBm; Typical :-40 dBm |
| PIN-EDFA - Noise figure NF [0dBm Input] | Typical :4.5 dB; Max :5.5 dB |
| PIN-EDFA - Polarization mode Dispersion PMD | Max :0.5 ps |
| PIN-EDFA - Polarization-Dependent Gain PDG | Max :0.5 dB |
| PIN-EDFA - PIN Output Voltage U | Max :3 V |
| PIN-EDFA - Photoelectric Conversion Gain As | Typical :4×10⁴ V/W |
| PIN-EDFA - Dark current I | Typical :0.1; Max :1 |
| PIN-EDFA - 3dB Circuit Bandwidth BW | Typical :100 MHz |
| Structure Dimensions [Modular ; Dimensions Customizable] | 208 mm × 170 mm × 40 mm |
| Output Pigtail type [Modular] | SM-28e FC/APC |
| Communication Interface Type [Modular ; Customizable] | RS-232 |
| Supply voltage [Modular] | DC +5V/GND |
| Electrical power consumption [Modular] | ≤45 W |
Applications
BOTDR and Φ-OTDR; distributed fiber sensing; nonlinear-optics research.
Key Features
High integration; multiple channels; operating ambient temperature: -10~60°C.
Datasheet
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Supplier Information
Ningbo Suola Technology Co., Ltd., founded in 2019, is headquartered in Fenghua District, Ningbo, with its R&D center in Linping District, Hangzhou. As a technology-oriented enterprise specializing in the optoelectronic field, the company focuses on lasers, optical amplifiers, photodetectors, optical modulators, and photoelectric sensing technologies, providing customers with professional optoelectronic devices, integrated optoelectronic modules, and overall sensing solutions. Its main business includes laser series, optical amplifier series, photodetector series, optical modulator series, DAS/DVS integrated optical modules, DTS integrated optical modules, wind/weather lidar integrated optical modules, as well as sensor research projects and customized product development.
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