Parameters:
PN# | HENE005B | HENE010B | HENE016B | HENE016B-P |
Operating wavelength | 632.8nm | 632.8nm | 632.8nm | 632.8nm |
Output power | ≥0.5mW | ≥1mW | ≥1.6mW | ≥1.6mW |
Output power stability | ≤±5%/hr | |||
Polarization (note) | random | 200:1 | ||
Transverse mode | TEM00 | |||
Beam diameter | ≤0.9mm | |||
Light divergence angle | ≤1.8mrad | |||
Laser power supply | Switching circuit laser power supply (220V direct voltage doubler and rectifier low-end laser power supply composed of non-diode and capacitor) | |||
Laser weight (kg) | 0.2 | 0.22 | 0.26 | 0.3 |
Power supply size (mm) | 220×75×45 | |||
Maximum starting voltage | 10KVDC | |||
Operating current | 6.5mA | |||
Power supply weight (kg) | 0.8 | |||
Power supply power consumption | 30W | |||
Vibration resistance | 25 g for 11 ms; 100 g for 1 ms | |||
Laser level | IIIa/3R | |||
Operation time | Can run continuously 24 hours a day all year round |
Note:
Some experiments (such as laser interference, holography, etc.) require splitting a laser beam into two laser beams. If you choose randomly polarized laser beam splitting, the light intensity of the two laser beams after splitting is unstable. If you choose linearly polarized laser beam splitting, the light intensity of the two laser beams after splitting is much more stable. The larger the extinction ratio of polarization, the more stable the light intensity of the two laser beams after splitting. The better the experimental effect.
2D/3D Beam Profiling
2D | 3D |
Power Stability Testing:
Laser power measurement diagram:
HENE laser structure:
Mechanical structure:
PN# | Diameter (D) | Length (L) |
HENE005B | 42mm | 220mm |
HENE010B | 42mm | 260mm |
HENE016B | 42mm | 325mm |
HENE016B-P | 42mm | 325mm |