

The Levante Emerald is an optical parametric oscillator (OPO) synchronously pumped by a frequency doubled solid state laser. The Levante Emerald is pumped by a Nd:YVO laser at 532 nm and offers a Signal wavelength range from 1150 to 2300 nm.
With the Levante Emerald a stable system with broadband tunable ps- or fs-pulses is available offering high average power in the NIR and excellent beam pointing stability. The generated pulses are bandwidth limited and of high beam quality. Tuning of the wavelength is easy and computer controlled.
A complete new beam quality is reached with the intrinsic perfect spatial and time overlap of the Signal and Idler beam, which are collinearly coupled out of the system. The generation of the Signal and Idler pulses in a parametric process is jitter free with respect to each other as well as to the pump pulse.
The energy difference between Signal and Idler is continuously tunable, which makes it an ideal system for multi color excitation experiments, such as e.g. coherent Raman Scattering or CARS (Coherent Anti-Stokes Raman Scattering). Important wavelengths for MPE (Multiphoton Excitation Microscopy) are supplied directly from the system, such as e.g. 950 nm for GFP (green fluorescence protein) or 1160 nm for RFP (red fluorescence protein).
| Features |
|
| Specifications | ps-version |
|
Signal |
Idler |
|
| Pump laser parameters | @ 532 nm | 4 W | ca. 6 ps | |
| Tuning range | 690 (typ. 680) ... 990 nm | 1150 ... 2300 nm (typ. > 2450) |
| Output power | > 0.75 W @(750 ... 990 nm) | > 0.6 W @(1150 ... 1350 nm) |
| Energy difference Signal-Idler | 1400 ... 10000 cm-1 |
|
| Energy difference Signal-1064 nm | 700 ... 5000 cm-1 |
|
| Pulse width | ~ 5 ... 6 ps |
|
| Spectral bandwidth (Signal) | typ. 0.3 ... 0.4 nm |
|
| Time bandwidth product | typ. 0.6 |
|
| Repetition rate | 80 MHz (others on request) |
|
| Beam quality M2 | < 1.2 (typ. 1.1) |
|
| Polarization | Linear / horizontal |
|
| Interface | RS232 |
|
| Options |
|
| Distributors |
| China: Pinnacle / PulsePower |
| France: Optoprim |
| Great Britain and Ireland: Photonic Solutions |
| India: Laser Science |
| Israel: Ammo Engineering |
| Japan: Phototechnica |
| Poland: Eurotec |
| Spain, Portugal: Innova Scientific |
| Switzerland: Dyneos |
| Taiwan: SuperbIN |
| USA and Canada: AP&E |