YactoMods-HG Harmonic Generator YactoMods‑HG
YactoCompress is an advanced nonlinear pulse compressor independently developed by our company. A precisely designed multipass cavity and controlled nonlinear strength efficiently and stably broaden ultrafast pulse spectra. Reliable simulation and time/frequency measurements guide precise dispersion compensation to compress femtosecond pulses further toward Fourier Transform - Limited (FTL) output. In particular, combining YactoCompress with YactoCrystal short pulses pre-calibrated to the Fourier transform limit yields ~20fs pulses in one step. It is especially suited to advanced applications in high-harmonic generation, electro-optic sampling and THz science.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Input Center wavelength [Light Source YactoCrystal; Output Wavelength 515 nm] | 1030 nm ± 10 nm |
| Input Center wavelength [Light Source YactoFiber; Output Wavelength 515 nm] | 1030 nm ± 3 nm |
| Max Compatible with Power [Light Source YactoCrystal; Output Wavelength 515 nm] | 40 W |
| Max Compatible with Power [Output Wavelength 343 nm] | 10 W |
| Max Compatible with Power [Light Source YactoFiber; Output Wavelength 515 nm] | 60 W |
| Max Compatible with Power [Output Wavelength 343 nm] | 10 W |
| Max Compatible with Power [Output Wavelength 257 nm] | 120 W |
| Input Energy [Light Source YactoCrystal; Output Wavelength 515 nm] | 100 μJ‑2 mJ |
| Input Energy [Output Wavelength 343 nm] | 10 μJ‑100 μJ |
| Input Energy [Light Source YactoFiber; Output Wavelength 515 nm] | 10 μJ‑400 μJ |
| Input Energy [Output Wavelength 343 nm] | 100 μJ |
| Input Energy [Output Wavelength 257 nm] | 200 μJ |
| Input Pulse width [Light Source YactoCrystal; Output Wavelength 515 nm] | <150 fs |
| Input Pulse width [Light Source YactoFiber; Output Wavelength 515 nm] | <290 fs |
| Output Wavelength [Light Source YactoCrystal] | 515 nm |
| Output Wavelength | 343 nm |
| Output Wavelength | 257 nm |
| Output Wavelength [Light Source YactoFiber] | 515 nm |
| Output Wavelength | 343 nm |
| Output Wavelength | 257 nm |
| Output Wavelength | 515 nm |
| Conversion Efficiency [Light Source YactoCrystal; Output Wavelength 515 nm] | ≥50% |
| Conversion Efficiency [Output Wavelength 343 nm] | ≥20% |
| Conversion Efficiency [Output Wavelength 257 nm] | ≥10% |
| Conversion Efficiency [Light Source YactoFiber; Output Wavelength 515 nm] | ≥40% |
| Conversion Efficiency [Output Wavelength 343 nm] | ≥20% |
| Conversion Efficiency [Output Wavelength 257 nm] | ≥10% |
| Conversion Efficiency [Output Wavelength 515 nm] | ≥40% |
| Beam quality M² [Light Source YactoCrystal; Output Wavelength 515 nm] | M²≤1.3 |
| Beam quality M² [Output Wavelength 343 nm] | M²≤1.4 |
| Beam quality M² [Output Wavelength 257 nm] | M²≤1.3 |
| Beam quality M² [Light Source YactoFiber; Output Wavelength 515 nm] | M²≤1.3 |
| Beam quality M² [Output Wavelength 343 nm] | M²≤1.4 |
| Beam quality M² [Output Wavelength 257 nm] | M²≤1.4 |
| Beam quality M² [Output Wavelength 515 nm] | M²≤1.3 |
| Power stability [YactoCrystal source; output wavelength 515 nm; RMS; ambient-temperature variation ±1℃; continuous monitoring for over eight hours] | <1.0% RMS |
| Power stability [YactoFiber source; output wavelength 515 nm; RMS; ambient-temperature variation ±1℃; continuous monitoring for over eight hours] | <1.0% RMS |
| Power stability [Output wavelength 515 nm; RMS; ambient-temperature variation ±1℃; continuous monitoring for over eight hours] | <1.0% RMS |
| Operating environment [Light Source YactoCrystal; Output Wavelength 515 nm] | Temperature ：15‑35℃（ Recommended 21℃‑23℃） Humidity ：＜60% |
| Dimensions [Light Source YactoCrystal; Output Wavelength 515 nm] | Depends on the Selected Options |
Applications
Key Features
Datasheet
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