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Details on how to unpack the Tsunami system and lists the items received.
Brief description of Tsunami laser configurations, conversions, and operation.
Information on hazards and suggestions for safeguarding against them for Class IV lasers.
Exposition on Ti:sapphire laser theory, system specs, and outline drawings.
Covers options, maintenance, service, and customer support contact details.
Information regarding equipment needed for electrical service.
Specifies the environmental conditions for laser system function.
Details compliance with FCC rules for digital devices and radio frequency energy.
Describes the laser head, elements, and basic operation.
Explanation of Ti:sapphire crystal properties and laser action.
Details on achieving optimal laser output through pump beam alignment.
Explanation of tuning methods for fs and ps configurations.
Factors influencing pulse width and compensation techniques.
Presents performance specifications for different configurations and pump lasers.
Details on external laser head controls, input bezel connections, and connectors.
Description of indicators and controls on the laser head control panel.
Explanation of shutter, foot height adjustment, and cover clamps.
Details on opto-mechanical controls specific to fs configuration.
Details on opto-mechanical controls specific to ps configuration.
Description of front and rear panel controls and indicators for the Model 3955.
Explanation of controls for the Model 3910 purge regulator/filter unit.
Guidance on installing the Tsunami laser system, including tools and equipment.
Steps for setting up and aligning the pump laser with the Tsunami laser head.
Procedure for positioning the Tsunami laser head on the optical table.
Steps to align the Tsunami laser head input port to the pump beam.
Instructions for connecting the chiller and the Model 3910 purge unit.
Steps for connecting the Model 3955 electronics module and related cables.
Procedure for installing the Gires-Tournois Interferometer for ps systems.
Steps for aligning the pump beam entry through M3 for both fs and ps systems.
Procedure for aligning the laser cavity in the femtosecond configuration.
Procedure for aligning the laser cavity in the picosecond configuration.
Steps for aligning the acousto-optic modulator for optimum modelocking.
Procedure to initiate and stabilize mode-locked operation.
Techniques to optimize output power and pulse width for mode-locked operation.
Adjusting prism settings for wavelength tuning and dispersion compensation.
Procedure for changing non-overlapping optics sets in the laser cavity.
Procedure for changing between overlapping wavelength ranges.
Steps for converting the laser system between femtosecond and picosecond operation.
Details the component differences between fs and ps Tsunami lasers.
Detailed steps to convert the Tsunami laser from fs to ps operation.
Procedure for adjusting phase and managing RF/photodiode cables.
Instructions for inspecting the laser system upon receipt.
Lists the main components included with the Tsunami laser system.
Description of the Tsunami laser system's components and capabilities.
Details available Tsunami laser configurations and upgradeability.
Explains differences and methods for converting between fs and ps operation.
Information on upgrading Tsunami systems to different configurations or features.
Lists US patents covering Tsunami laser technology.
Essential safety measures for operating Class IV lasers.
Description of the laser head shutter interlock and its operation.
Required maintenance actions for compliance with CDRH regulations.
Diagrams illustrating radiation control features and labels.
Visuals and descriptions of warning labels for safety compliance.
Translations of warning labels for non-English speaking personnel.
Resources for laser safety standards, equipment, and training.
List of recommended resources for laser safety equipment and training.
Description of the laser head, components, and connections.
Explanation of Ti:sapphire material properties and laser action.
Guidance on optimizing pump beam and cavity overlap for laser performance.
Explanation of pump laser, folded cavity design, and optical path.
Description of the acousto-optic modulator's role in mode-locking.
How wavelength selection is achieved using prisms or birefringent filters.
Explanation of factors affecting pulse width and GVD compensation.
Procedure for purging the laser cavity with dry nitrogen gas.
Detailed performance specifications for fs and ps configurations.
Drawings showing the physical dimensions of Tsunami models.
Description of external laser head controls and input bezel connectors.
Explanation of indicators like PULSING, TEMPERATURE, and GTI POSITION.
Details on shutter, foot height adjustment, and cover clamps.
Description of opto-mechanical controls specific to femtosecond operation.
Description of opto-mechanical controls specific to picosecond operation.
Explanation of front and rear panel controls for the Model 3955 module.
Details on the controls for the Model 3910 purge regulator/filter unit.
General guidance on laser installation, emphasizing professional setup.
Steps for setting up and powering the pump laser.
Procedure for positioning the laser head and removing its cover.
Steps to align the laser head input port to the pump beam path.
Instructions for placing and connecting the chiller unit.
Procedure for connecting chiller hoses and verifying water flow.
Steps for connecting the purge unit and its gas supply line.
Connecting the electronics module, power, and signal cables.
Procedure for installing the Gires-Tournois Interferometer into the laser head.
Lists necessary equipment for laser alignment procedures.
Initial alignment of pump beam entry through M3.
Detailed alignment steps for the femtosecond laser cavity.
Detailed alignment steps for the picosecond laser cavity.
Procedure to align the AOM for optimal mode-locking.
Steps to initiate and stabilize the mode-locking function.
Adjustments to maximize output power and pulse width.
Procedure for adjusting prism settings for wavelength and dispersion.
Instructions for swapping non-overlapping optics sets.
Instructions for swapping between overlapping optics sets.
Detailed steps for converting Tsunami from fs to ps operation.
Procedure for converting the laser from femtosecond to picosecond mode.
Procedure for converting the laser from picosecond to femtosecond mode.
Adjusting phase and handling RF/photodiode cables.
Common issues and corrective actions for non-LTC systems.
Diagnosing and resolving issues related to low output power.
Resolving problems with mode locking, noisy pulses, or low power.
Specific troubleshooting steps for Lok-to-Clock systems.
Information regarding the Tsunami laser system's 12-month warranty.
Procedures for returning instruments for service or repair.
List of global service centers for Tsunami laser support.
Explanation of longitudinal modes, gain-bandwidth, and mode locking.
Discussion of active, passive, and regenerative modelocking methods.
Detailed explanation of the Tsunami's regenerative modelocking technique.
Explanation of GVD and its effects on ultrashort pulses.
Methods for compensating GVD using prisms and GTIs.
Overview of measuring pulses using autocorrelators.
Explanation of how autocorrelators measure pulse width.
Relating autocorrelation signals to pulse width and bandwidth.
Importance of GVD compensation for accurate pulse width measurements.
Formulae and methods for calculating pulse broadening effects.
Methods for detecting continuous wave components in pulsed output.
Description of the voltage selector card and its function.
Step-by-step instructions to change the voltage setting.
Explanation of the controls and indicators for voltage selection.
Description of the LabView software for controlling the Model 3930.
Steps for connecting and configuring the LabView interface.
Explanation of the controls and indicators within the LabView panel.
MSDS for chemicals and compounds used in the Model 3910 filter/purge unit.
General| Laser Type | Ti:Sapphire |
|---|---|
| Repetition Rate | 80 MHz |
| Polarization | Horizontal |
| Tuning Range | 690 nm - 1080 nm |
| Beam Divergence | < 1.5 mrad |
| Power Stability | <1% RMS |
| Wavelength Range | 690 nm - 1080 nm |
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