The 509nm narrow linewidth laser is widely used in precision measurement of Rydberg atomic microwave electric fields. Designed for industrial applications, this laser adopts an optical fiber amplification and frequency conversion technical scheme, combining high output power, narrow linewidth, high polarization extinction ratio, excellent power stability, and a compact structure.
The laser is equipped with an analog feedback interface and high feedback bandwidth, supporting both ACC and APC control modes. Internal parameters can be set and monitored via a serial port, enabling remote control and maintenance.
Key Features:
509nm narrow linewidth laser output
Designed for precision measurement applications
Optical fiber amplification + frequency conversion architecture
High power stability with compact design
ACC/APC control modes with analog feedback interface
Serial port control for monitoring and remote maintenance
The 509nm narrow linewidth laser is widely used in precision measurement of Rydberg atomic microwave electric fields. Designed for industrial applications, this laser adopts an optical fiber amplification and frequency conversion technical scheme, combining high output power, narrow linewidth, high polarization extinction ratio, excellent power stability, and a compact structure.
The laser is equipped with an analog feedback interface and high feedback bandwidth, supporting both ACC and APC control modes. Internal parameters can be set and monitored via a serial port, enabling remote control and maintenance.
Key Features:
509nm narrow linewidth laser output
Designed for precision measurement applications
Optical fiber amplification + frequency conversion architecture
High power stability with compact design
ACC/APC control modes with analog feedback interface
Serial port control for monitoring and remote maintenance