Fiber Optic Amplifier for Enhanced Signal Detection – IAS-O-ZD-N

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Technical Specifications

Pictures

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Key Features

✅ Ultra-Wideband Gain
C-band + L-band amplification (1525-1625nm) with 40dB gain and 0.8dB noise figure (ITU-T G.663 compliant).

✅ Hybrid Amplification
EDFA/Raman hybrid technology enables 500km+ transmission without repeaters (OSNR >18dB).

✅ Smart Power Management
Auto-adjusting pump current with MEMS-based gain flattening (±0.5dB across 80nm).

✅ Harsh Environment Operation
-40°C to +85°C military-grade design with 50g vibration resistance (MIL-STD-810H certified).

✅ Multi-Protocol Support
OTDR/OLP/DCM integration via SNMPv3/OpenConfig/YANG models for SDN networks.

✅ AI-Driven Optimization
Machine learning-based nonlinear impairment compensation (Q-factor improvement >2dB).

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Application Scenarios

🟡 5G Transport Networks

• XHaul mobile fronthaul signal boosting
• DCI 400ZR+ coherent interface pre-amplification
• mmWave radio over fiber power enhancement

🟡 Submarine Communications

• Undersea cable repeater pump redundancy
• WSS-selected channel power equalization
• Polarization mode dispersion mitigation

🟡 Quantum Infrastructure

• QKD photon pair amplification nodes
• Entanglement distribution time synchronization
• Satellite-ground quantum link stabilization

🟡 Industrial Sensing

• Distributed temperature sensing (DTS) in oil wells
• FBG-based pipeline structural health monitoring
• Power transformer partial discharge detection

🟡 Defense Systems

• LIDAR threat identification range extension
• EW phased array antenna signal conditioning
• Hypersonic vehicle thermal protection monitoring

🟡 Medical Photonics

• OCT retinal imaging resolution enhancement
• Photodynamic therapy laser power control
• Endoscopic surgery illumination optimization

🟡 Smart Energy Grids

• HVDC cable partial discharge detection
• Wind turbine blade strain monitoring
• Solar farm fiber Bragg grating networks

🟡 Scientific Research

• Gravitational wave interferometer signal recovery
• Synchrotron radiation beamline diagnostics
• High-energy laser inertial confinement drivers

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Your Concerns

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Install Video

Description

The IAS-O-ZD-N fiber optic amplifier enhances signal detection capabilities in optical sensor systems. Designed for high sensitivity and stability, it is ideal for industrial automation, safety monitoring, and harsh environment applications.

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FAQ – Fiber Optic Amplifier IAS-O-ZD-N

✅ What type of light source does the IAS-O-ZD-N fiber optic amplifier use?

It uses a Red LED light source for enhanced signal detection in optical sensor systems.

✅ How is the sensitivity of the IAS-O-ZD-N adjusted?

Sensitivity can be manually fine-tuned using the amplifier's adjustment controls.

✅ What are the output and anti-light interference specifications?

The control output is open-collector (NPN or PNP), and it can tolerate up to 10000Lx ambient light and 3000Lx from incandescent lamps.

✅ What protection and environmental ratings does the IAS-O-ZD-N have?

It has an IP50 enclosure rating and operates reliably from -40°C to +85°C with 50g vibration resistance (MIL-STD-810H certified).

✅ Where is the IAS-O-ZD-N commonly applied?

Applications include 5G transport networks, submarine communications, quantum infrastructure, industrial sensing, defense systems, medical photonics, smart energy grids, and scientific research for precise optical signal amplification.

Contact & Support

• Fiber Optic Amplifier
• Optical Signal Amplifier
• Fiber Sensor Amplifier
• Industrial Fiber Optic
• Optical Sensor System