We use Ausn solder to assemble our Vertical QCW laser stack. This technology makes laser have high reliability even in harsh working environment
Vertical QCW diode laser stack Feature
1. wavelength: 808nm or up on requirement
2. output power: 500w up to 10kw
3. operation mode: QCW
4. cooling: actively cooled / passively cooled
5. FAC avalible
Vertical QCW diode laser stack Benefits:
- Customized upon request to adjust pumping structure
- Robust: Shock and vibration resistant.
- Reliable and high-quality: Ausn solder mounting. Works even under the most demanding climatic conditions.
- wavelength combination: beneficial for full temperature pumping design.
- Duty circle up to 20%
Vertical QCW diode laser stack Aplication:
- High energy research: QCW pumping sources for solid-state lasers.
- Medical technology: Long-pulse operation, use in esthietics(epilation) and dermatology.
- Excitation light source for solid-state lasers in the 1320nm range for parenchyma surgery.
- Defense: Short-pulse operation, use as a pumping source, for lighting or in LIDAR systems.
- Industry: Excitation light source for solid-state and fiber lasers.
Vertical QCW diode laser stack Note:
- VSQCW-MI/MA-100~500-N. MI represent we use micro channel cooler as a heatsink which need deioned water. MA represent heatsink need passibely cooled or pure water cooled.
- VSQCW-MI/MA-100~500-N, 100~500 represent the laser power per bar can be 100w, 200w, 300w and 500w
- The above parameters are measured at the heat sink temperature of 25℃。
- The wavelegnths of each bar in a single device can be arranged and combined according tho the heat dissipation conditions.
- Heat sink tructure can be customized according to customer’s special requirements.
Vertical QCW diode laser stack Specification:
| Model | VSQCW-MI
MA-100~500-N |
VSQCW-MI
MA-100~500-N-FAC |
| Optical parameters | ||
| Output power(w) | QCW 100~500-N | |
| Output power after collimation (w) | 90~450*N | |
| Center Wavelength at 25℃ (nm) | 808 | 808 |
| Number of bars in one stack | 1~20 | 1~20 |
| Bar pitch (mm) | 1.8/0.8~3 | 1.8/0.8~3 |
| Center wavelength variation at 25℃ (nm) | ±3/±10 | ±3/±10 |
| Typical Spectral Bandwidth (FWHM) | <3 | <3 |
| Typical Fast Axis Divergence 95%(°) | 66 | |
| Typical slow Axis Divergence 95%(°) | 10 | 10 |
| Fast Axis Divergence (Full Power)(°) | <0.5 | |
| Polarization | TE | TE |
| Wavelength shift (nm/℃) | ~0.28 | ~0.28 |
| Electrical Parameters | ||
| Working mode | QCW | QCW |
| Maximum Duty Cycle (%) | ≤20% | ≤20% |
| Pulse Length (us) | 50~1000 | 50~1000 |
| Frequency (Hz) | 1~1000 | 1~1000 |
| Operation current (A) | ≤100~500 | ≤100~500 |
| Operating Voltage (V) | ≤2*N | ≤2*N |
| Typical Slope (W/A) | >1.1 | >1.1 |
| Electro-optic Conversion Efficiency (%) | >50 | >50 |
| Thermal Parameters | ||
| Operation Temperature (℃) | -40~60/20~30 | -40~60/20~30 |
| Storage Temperature (℃) | -50~85/0~55 | -50~85/0~55 |
| Storage Humidity (%) | <70 | <70 |
| Cooling | Passively cooled actively cooled | Passively cooled actively cooled |
| Flow rate per bar (L/min) | */0.3-0.8 | */0.3-0.8 |
