Overview of HL70041DG Laser Diode
HL70041DG is a high-performance laser diode emitting at a wavelength of 698 nm, delivering an optical output power of up to 210 mW. It features an anti-reflection (AR) coated front facet, minimizing reflectivity at 698 nm to 0.1%, which enhances beam quality and efficiency. Designed for operation at temperatures up to 75°C, this diode is suitable for applications requiring robust performance under moderate thermal conditions.
Key Features:
Optical Output Power: Up to 210 mW, providing strong infrared illumination
AR Coated Facet: Reflectivity reduced to 0.1% at 698 nm, ensuring efficient light emission
Operating Temperature: Capable of functioning at temperatures up to 75°C, suitable for various environments
Beam Divergence: Parallel to junction: 8°; Perpendicular to junction: 15° at 200 mW output, facilitating precise beam targeting Applications:
External Cavity Diode Lasers (ECDLs): Serves as a tunable laser source in spectroscopy and metrology
Tunable Laser Source Instruments: Provides variable wavelength outputs for laboratory experiments and instrumentation
Optical Equipment Light Source: Acts as a stable light source in devices like optical sensors and communication systems
Overview of HL70041DG Laser Diode
HL70041DG is a high-performance laser diode emitting at a wavelength of 698 nm, delivering an optical output power of up to 210 mW. It features an anti-reflection (AR) coated front facet, minimizing reflectivity at 698 nm to 0.1%, which enhances beam quality and efficiency. Designed for operation at temperatures up to 75°C, this diode is suitable for applications requiring robust performance under moderate thermal conditions.
Key Features:
- Optical Output Power: Up to 210 mW, providing strong infrared illumination
- AR Coated Facet: Reflectivity reduced to 0.1% at 698 nm, ensuring efficient light emission
- Operating Temperature: Capable of functioning at temperatures up to 75°C, suitable for various environments
- Beam Divergence: Parallel to junction: 8°; Perpendicular to junction: 15° at 200 mW output, facilitating precise beam targeting Applications:
- External Cavity Diode Lasers (ECDLs): Serves as a tunable laser source in spectroscopy and metrology
- Tunable Laser Source Instruments: Provides variable wavelength outputs for laboratory experiments and instrumentation
- Optical Equipment Light Source: Acts as a stable light source in devices like optical sensors and communication systems
