Abstract
Mandatory Features:
60 dB optical isolator
AR coated laser diode with gain over 765 nm - 805 nm and peak power > 100 mW after the isolator
Typical short term linewidth [5μs]: 50 kHz and long term Frequency stability << 100 MHz/K
Mode-hop free tuning 30-50 GHz
Laser electronics must include:
- scanning / signal display / locking,
- automatic relock,
- data recording for spectroscopy and component testing
- Lock-In signal generation
Optional Features:
Locking electronics performance:
Should include two PIDs for each connected laser
Automatic optimization of lock parameters incl. PID settings
Graphical PC user interface as well as command based (USB+TCP/IP) interface for remote control
Laser electronics must include:
- scanning,
- signal display,
- locking,
- FFT for lock analysis,
- power stabilization etc.
- touch display
- Should include option for locking top-of-fringe locking
Technical Characteristics
Mandatory Features:
60 dB optical isolator
AR coated laser diode with gain over 765 nm - 805 nm and peak power > 100 mW after the isolator
Typical short term linewidth [5μs]: 50 kHz and long term Frequency stability << 100 MHz/K
Mode-hop free tuning 30-50 GHz
Laser electronics must include:
- scanning / signal display / locking,
- automatic relock,
- data recording for spectroscopy and component testing
- Lock-In signal generation
Optional Features:
Locking electronics performance:
Should include two PIDs for each connected laser
Automatic optimization of lock parameters incl. PID settings
Graphical PC user interface as well as command based (USB+TCP/IP) interface for remote control
Laser electronics must include:
- scanning,
- signal display,
- locking,
- FFT for lock analysis,
- power stabilization etc.
- touch display
- Should include option for locking top-of-fringe locking
Procedure
Mandatory Features:
60 dB optical isolator
AR coated laser diode with gain over 765 nm - 805 nm and peak power > 100 mW after the isolator
Typical short term linewidth [5μs]: 50 kHz and long term Frequency stability << 100 MHz/K
Mode-hop free tuning 30-50 GHz
Laser electronics must include:
- scanning / signal display / locking,
- automatic relock,
- data recording for spectroscopy and component testing
- Lock-In signal generation
Optional Features:
Locking electronics performance:
Should include two PIDs for each connected laser
Automatic optimization of lock parameters incl. PID settings
Graphical PC user interface as well as command based (USB+TCP/IP) interface for remote control
Laser electronics must include:
- scanning,
- signal display,
- locking,
- FFT for lock analysis,
- power stabilization etc.
- touch display
- Should include option for locking top-of-fringe locking
