YactoOPA Optical Parametric Amplifier YactoOPA-SP
The YactoOPA Optical Parametric Amplifier combines with YactoFiber and YactoCrystal femtosecond lasers to provide tunable pulses from 315 nm -2600 nm, with optional extensions of 210 nm-315 nm and 2600 nm -16000 nm. Visual software and automated control make tuning simple, fast and precise. It is a powerful tool for ultrafast spectroscopy, nonlinear microscopy and microstructure applications. For compact requirements, an integrated laser/OPA solution places a specially designed compact OPA inside YactoFiber. This greatly reduces pump-laser/OPA coupling fluctuations and improves stability, increasing signal-to-noise ratio in long-duration spectroscopy and imaging.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Pump Light Source | YactoFiber |
| Pump Wavelength [Synchronous 1030nm output available as a probe for TA systems.] | 1030 nm |
| Pump Energy | 40 μJ – 200 μJ |
| Pump Power | 10 W – 50 W |
| Wavelength Tuning Range [Signal light] | 650 – 900 nm（ Signal light ） |
| Wavelength Tuning Range [Idler light] | 1200 – 2500 nm（ Idler light ） |
| Output Pulse width [Gauss/Sech2 Fitted Pulse Width .] | <100 fs |
| Peak Conversion Efficiency [Signal light] | >7%（ Signal light ） |
| Peak Conversion Efficiency [Idler light] | >3%（ Idler light ） |
| Beam quality M² [@800 nm；@800 nm)] | M²≤1.3 (@800 nm) |
| Power stability [RMS; over 8 hours; ambient-temperature variation ±1℃] | <2% RMS Over 8 hours |
| Spectral linewidth [@700 – 960 nm] | 75 – 200 cm⁻¹ @700 – 960 nm |
| Control Method | GUI Software / RS232 Control Interface |
| Operating environment - Temperature [Recommended 21℃–23℃] | 15–30℃(Recommended 21℃–23℃) |
| Operating environment - Humidity [Non-condensing] | <60%（ Non-condensing ） |
| Cooling method [Temperature Control Accuracy ±0.1℃] | Water cooling （ Temperature Control Accuracy ±0.1℃） |
| Dimensions | 300×475×175 mm³ |
Applications
Key Features
Datasheet
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