waveguide modules for visible, near-IR, and mid-IR light generation. The module consists of a PPLN waveguide, a thermoelectric cooler, and a thermistor. A custom design of the poling period is available. Please sp ecify your pump and SHG/SHG/DHG wavelenghts down to 2 decimal places when ordering modules.
Name | Model | Description | Parameter | Price |
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● Can achieve nonlinear frequency conversion such as SHG/SFG/DFG
● High efficiency coupling between optical fibers and chips
● High conversion efficiency
● High damage threshold
● Good long-term stability
Item | Unit | Spec. | |
Optics | Conversion Type | SHG | |
Input Wavelength | nm | 1064±1 | |
Output Wavelength | nm | 532±0.5 | |
Output power | ≥100mW output with 700mW pump | ||
Pump condition | CW, Single longitudinal mode | ||
Input Fiber type | PM980/No connector | ||
Output Fiber type | Free space divergent | ||
Output polarization state | Linear @ slow axis | ||
Electrics | Thermoelectric cooler | 4.4V, 1.5A maximum, Qc = 4.1 W | |
NTC Thermistor resistance@25°C | kQ | 10 | |
Mechanics | Housing dimension (L*W*H) | mm | 45*32*16 |
Environment | Operating temperature range | ℃ | 10 〜+35 |
Storage temperature (no humidity) | ℃ | -20 〜+70 |
Appendix Output power @ specified pump
Mechanical & Electrical
Mechanics
Item | Unit | Specification |
Housing dimension(LxWxH) | mm3 | 90*32*16 |
Unit(mm)
Electrics
Item | Unit | Specification |
Electrical | 4PIN | |
Thermoelectric cooler | 4.4V, 1.5A maximum, Qc=4.1W | |
NTC Thermistor resistance@250C | kohm | 10 |
● Quantum secure communication
● Lidar
● Optical sensing
● laser display