1535nm Laser Transmitting Antenna 100μJ,200μJ SFB100/200LF2

Key Selling Points

• Eye-Safe Operation: Operating at a 1535nm wavelength, this laser transmitting antenna ensures maximum safety for human eyes, eliminating risks associated with non-eye-safe laser systems and making it ideal for both industrial and field applications where operator safety is paramount.
• Integrated Photodetector (PD): Equipped with an internal PD, the laser transmitting antenna delivers reliable laser synchronization signals with a typical amplitude of 3V @ 50Ω impedance, enabling seamless integration with external systems and enhancing overall operational efficiency.
• Ultra-Narrow Beam Divergence: Boasting a full-angle divergence of less than 0.8 mrad and a TEM₀₀ beam mode, the laser transmitting antenna ensures exceptional beam collimation, guaranteeing precise energy concentration and long-distance performance.
• Compact & Lightweight Design: With a mere 11g weight and compact dimensions, this laser transmitting antenna offers unparalleled flexibility for installation in space-constrained devices, without compromising on power or reliability.
• Wide Temperature Adaptability: Designed to operate flawlessly in extreme environments, the laser transmitting antenna functions stably within a temperature range of -40℃ to 65℃ and can be stored safely between -45℃ to 80℃, making it suitable for outdoor and harsh industrial conditions.
• High Reliability & Energy Stability: Featuring an energy stability of 3% RMS, the laser transmitting antenna delivers consistent, repeatable performance, while its robust construction ensures long-term durability even in high-frequency operation.
• High Transmittance: The laser transmitting antenna achieves a transmittance of over 90%, minimizing energy loss and maximizing the efficiency of laser signal transmission for optimal application results.

Applications

• Laser Ranging: Ideal for distance measurement in industrial automation, surveying, and aerospace, the laser transmitting antenna’s narrow divergence and stable energy output ensure accurate, long-range distance calculations.
• Laser Remote Sensing: Suitable for environmental monitoring, atmospheric detection, and geographical information systems (GIS), the laser transmitting antenna delivers reliable laser signals for capturing detailed remote sensing data.
• Laser Radar (LiDAR): Perfect for autonomous vehicles, robotics, and 3D imaging, the laser transmitting antenna’s precise beam control and fast synchronization enable high-resolution target detection and mapping.

Technical Specifications

Note: All data in the table are typical values tested at room temperature (25℃). Final specifications are subject to the factory test report.