Overview of HL65262MG Laser Diode
HL65262MG is a high-performance laser diode that emits visible red light at a typical wavelength of 658 nm. It offers an optical output power of 85 mW in continuous wave (CW) operation and up to 310 mW in pulsed mode. Designed for single transverse mode oscillation, it ensures a stable and uniform beam profile suitable for various applications.
Key Features:
Wavelength: 658 nm (visible red light)
Optical Output Power: 85 mW (CW); 310 mW (pulsed)
Operating Current: 90 mA (typical at 80 mW CW); 245 mA (typical at 300 mW pulsed)
Operating Temperature: Up to +60°C for CW operation; up to +75°C for pulsed operation
Beam Divergence: 7.5° (parallel to junction); 15° (perpendicular to junction) at 80 mW
Package: 5.6 mm standard Applications:
Time-of-Flight (ToF) Sensors: Utilized in precise distance measurement systems for industrial and scientific purposes
Photoelectric Sensors: Serves as a light source in optical sensors for object detection and measurement
LiDAR Systems: Applied in Light Detection and Ranging systems for mapping and surveying applications
Optical Equipment: Acts as a reliable light source in various optical instruments and measurement devices
Overview of HL65262MG Laser Diode
HL65262MG is a high-performance laser diode that emits visible red light at a typical wavelength of 658 nm. It offers an optical output power of 85 mW in continuous wave (CW) operation and up to 310 mW in pulsed mode. Designed for single transverse mode oscillation, it ensures a stable and uniform beam profile suitable for various applications.
Key Features:
- Wavelength: 658 nm (visible red light)
- Optical Output Power: 85 mW (CW); 310 mW (pulsed)
- Operating Current: 90 mA (typical at 80 mW CW); 245 mA (typical at 300 mW pulsed)
- Operating Temperature: Up to +60°C for CW operation; up to +75°C for pulsed operation
- Beam Divergence: 7.5° (parallel to junction); 15° (perpendicular to junction) at 80 mW
- Package: 5.6 mm standard Applications:
- Time-of-Flight (ToF) Sensors: Utilized in precise distance measurement systems for industrial and scientific purposes
- Photoelectric Sensors: Serves as a light source in optical sensors for object detection and measurement
- LiDAR Systems: Applied in Light Detection and Ranging systems for mapping and surveying applications
- Optical Equipment: Acts as a reliable light source in various optical instruments and measurement devices
