Experimental Instrument for Pulsed Physics Lab Experiments

This experimental system is designed to help users understand the fundamental principles, structure, operating characteristics, and adjustment methods of pulsed laser technology. Through hands-on setup, alignment, and parameter optimization, users can gain practical experience with laser operation and performance evaluation.

By observing phenomena such as Q-switching, mode selection, and frequency conversion, learners can develop a comprehensive understanding of laser generation, pulse formation, and optical frequency conversion techniques. Multiple safety features are incorporated to support safe operation during laboratory experiments.

• Fundamentals of laser generation
• Laser cavity alignment and adjustment
• Q-switching operation and analysis
• Mode selection and beam optimization
• Frequency conversion experiments
• Pulse characteristic measurement
• Laser output performance evaluation
• Studies of laser operating parameters

Output Wavelengths :

• 532 nm / 1064 nm

Output Energy :

• ≥ 600 mJ / ≥ 200 mJ / ≥ 60 mJ

Pulse Width :

• ≤ 30 ns

Pulse Repetition Rate :

• 1 Hz / 5 Hz / 10 Hz

Alignment Laser :

• 650 nm, output power ≥ 5 mW

Beam Divergence :

• ≤ 5 mrad

Q-Switch Operating Voltage :

• 3.8 kV

Optional Accessories

• Oscilloscope
• Energy Meter
• Optical Detector