TPG3AU1S03 – 905 nm Triple-Cavity 75 µm Edge Emitting Laser in TO-56
PART/ TPG3AU1S09

TPG3AU1S09 – 905 nm Triple-Cavity 225 µm Edge-Emitting Laser in TO-56

The Excelitas TPG3AU1S09 is a 905 nm pulsed laser diode specifically designed for maximum reach and strong detection capabilities. It produces a powerful output of 120 W at 40 A. With its large emission area of 225 × 10 µm, this diode provides high optical output density, making it well-suited for long-range LiDAR applications, mapping, and outdoor scanning systems. Operating at a forward voltage of 11 V, it strikes an excellent balance between extreme performance and overall system efficiency.

The Excelitas TPG3AU1S09 is a 120 W diode that delivers unmatched optical output for long-range detection and high-return signal quality. Its 225 × 10 µm aperture allows safe and stable operation at high current levels, while the 11 V forward voltage ensures power efficiency even under demanding conditions. Purpose-built for industrial LiDAR, mapping drones, and heavy-duty industrial sensing, it sets a benchmark in high-performance pulsed laser design.

  • 905 nm pulsed laser diode
  • 120 W output power at 40 A / 11 V
  • High reliability
  • 3 W/A power slope
  • 225 μm emission width

120 W at 40 A Output Power with 3 W/A slope:

  • Delivers perfect performance for precise long-range LiDAR systems
  • Offers excellent balance of performance and efficiency

11 V forward voltage:

  • Enables energy-efficient operation, reducing power consumption
  • Low thermal load simplifies cooling and increases system lifespan

225 µm x 10 µm emission size:

  • Supports precise beam shaping for high-resolution ranging
  • Ideal for tight optical systems and precise spatial resolution, focusing on mid-range systems

High Reliability:

  • Ensures consistent performance over time in harsh or mission-critical environments
  • Reduces downtime and maintenance costs

Homogeneous Near Field Distribution:

  • Produces a uniform beam profile, improving measurement accuracies and signal stability
  • Enhances performance in short-range or high-resolution applications

Time-of-Flight and LiDAR range finding for:

  • Industrial Automation & Robotics
  • 3D-sensing for logistics and warehouses
  • Mapping, Drones and Geodata
  • Consumer ToF-systems incl. AR / VR
  • Infrared night illumination
  • Laser Therapy
  • Analytical
  • 905 nm pulsed laser diode
  • 120 W output power at 40 A / 11 V
  • High reliability
  • 3 W/A power slope
  • 225 μm emission width

120 W at 40 A Output Power with 3 W/A slope:

  • Delivers perfect performance for precise long-range LiDAR systems
  • Offers excellent balance of performance and efficiency

11 V forward voltage:

  • Enables energy-efficient operation, reducing power consumption
  • Low thermal load simplifies cooling and increases system lifespan

225 µm x 10 µm emission size:

  • Supports precise beam shaping for high-resolution ranging
  • Ideal for tight optical systems and precise spatial resolution, focusing on mid-range systems

High Reliability:

  • Ensures consistent performance over time in harsh or mission-critical environments
  • Reduces downtime and maintenance costs

Homogeneous Near Field Distribution:

  • Produces a uniform beam profile, improving measurement accuracies and signal stability
  • Enhances performance in short-range or high-resolution applications

Time-of-Flight and LiDAR range finding for:

  • Industrial Automation & Robotics
  • 3D-sensing for logistics and warehouses
  • Mapping, Drones and Geodata
  • Consumer ToF-systems incl. AR / VR
  • Infrared night illumination
  • Laser Therapy
  • Analytical
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