Second and Third Harmonic Generators
PriTel’s SHG/THG Series of Second/Third Harmonic Generators with Integrated Amplifiers can be used in a variety of research applications at 764-782 nm and 510-520nm that include telecom, biomedical, microscopy and materials sciences.
The SHG/THG Series is designed to be used with PriTel’s FFL Series of easy-to-use passively mode-locked fiber lasers that provide polarization maintaining, high peak power pulses at 1528 -1565 nm with pulsewidths from 10 ps to 0.1 ps. The addition of the SHG/THG-FA (with a temperature-controlled section containing periodically-poled LiNbO3) to the FFL yields frequency-doubled (or tripled) pulses from 764 to 782 nm (or 510-520nm) at relatively high power.
Dual function fiber-coupler allows for both free space and fiber coupled outputs. |
The FFL and SHG/THG-FA are easy to use with no external equipment required. The optics are fiber-based, and no alignment is required. The reconfigurable output module can be used for both free space and fiber coupled outputs. This makes the FFL-SHG/THG-FA system a very valuable tool in the research laboratory.
Available Performance Configurations
Click heading for specifications in PDF Format |
SHG-FA-200 | SHG-FA-120 | THG-FA-200 |
Wavelength | 768-782 nm, tunable | 768-782 nm, tunable | 510-520 nm, tunable |
Typical Output Power | 200 mW (free-space) 90 mW (fiber-coupled) |
120 mW (free-space) 70 mW (fiber-coupled) |
10 mW (free-space) 2 mW (fiber-coupled) |
Input Pulsewidth | 10 ps to 0.1ps | ||
Pulse Repetition Freq. | 5 MHz - 100 MHz (fixed) | ||
Fundamental Suppression | ≥ 30 dB | ||
Optical | |||
SHG medium | Temperature-controlled periodically-poled LiNbO3 | ||
Amplifier gain medium | Er/Yb-doped double-clad silica fiber |
Er-doped silica fiber | Er-doped silica fiber |
SHG medium | Passively mode-locked fiber laser at 1530 – 1560 nm | ||
Environmental | |||
Operating Temperature | -15 to 30ºC | ||
Storage Temperature | -20 to 50ºC | ||
Electrical/Mechanical | |||
Operating Voltage | 110/220 VAC | ||
Dimensions | 10 cm x 26 cm x 36cm (Optical output head - 5.5cm x 5.5cm x 12 cm) |
Technical Specifications in PDF Format (Adobe®
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Second Harmonic Generator,
Third Harmonic Generator