Tenders Are Invited For Laboratory, Optical And Precision Equipments (Excl. Glasses) – Modernizace Ti:Sa Systému

Laboratory, Optical And Precision Equipments (Excl. Glasses) – Modernizace Ti:Sa Systému. The Subject Of The Public Contract Is The Modernization Of The Ti:Sapphire (Ti:Sa) Pals Laser System In Order To Preserve Its Functionality For The Following Period (The Existing System Has Been In Operation Since 2007). The Ti:Sa Laser System Is Used As An Additional Synchronized Beam Of A Powerful Iodine Laser For Probing The Plasma Generated On Different Types Of Targets By The Powerful Laser. As Part Of The Required Modernization, The Following Ti:Sa Components Of The Pals System Will Be Purchased Or Upgraded: - Ti:Sa Oscillator With Integrated Actuators, Which Are Fully Compatible With Synchronization Accessories Ensuring The Timing Of The External Rf Signal With The Output Pulse From The Oscillator, Including Optimization Of The Repetition Frequency Of The Output Laser Signal From The Oscillator According To The Clients Requirements. - Dpss Pump Laser For Driving The Ti:Sa Regenerative Amplifier Legend Elite He+ Usp-1K-I (Coherent) Owned By The Client. It Is Essential That The Newly Acquired Dpss Laser Is Fully Compatible With The Legend Elite He+ Usp-1K-I Regenerative Amplifier From Coherent And That It Fully Replaces The Existing Evolution 15 Pump Laser (From Coherent). - Modernization Of The Internal Parts (Optical, Optomechanical And Electronic Components, Including Their Control Units) Of The Regenerative Ti:Sapphire Amplifier Legend Elite He+ Usp-1K-I From The Manufacturer Coherent, Which Is Owned By The Client. The Chassis Of The Existing Regenerative Amplifier Will Be Preserved, All Functional Optical, Optomechanical And Electronic Components (Including Their Control Units) Ensuring The Amplification Of The Incoming Ti:Sa Femtosecond Pulse From The Ti:Sa Oscillator To The Required Parameters Will Be Newly Delivered. The Manufacture Or Upgrade Of Customer-Owned Equipment Is No Longer Supported By The Manufacturer, And There Is No Suitable Alternative On The Market For The Equipment That Would Fully Replace The Existing Legend Elite He+ Usp-1K-I Regenerative Amplifier While Maintaining Fully Functional Precise Synchronization Between The Ti:Sa Laser System And The Power Iodine Laser. Precise Synchronization Has Been Developed In The Pals Research Infrastructure For The Simultaneous Use Of Both Laser Systems In National And International Experimental Research Activities. Apart From The Pals Research Infrastructure, Only A Few Other Laboratories In The World Have A Precise Synchronization System. - Modernization Of The Synchronization Unit, Which Makes It Possible To Synchronize With High Precision The Output Signal From The Ti:Sapphire Oscillator With The Input Rf Signal, Which In The Clients Case Is The Signal From The Main Oscillator Of The High-Power Iodine Laser, Thus Forming A Functional Link Between These Two Laser Systems. From The Point Of View Of Precise Synchronization, Developed In The Pals Research Infrastructure, This Synchronization Unit Is A Very Key Element, Enabling The Pals Research Infrastructure To Realize A Number Of Completely Unique Experimental Measurements. The Offered Synchronization Unit Must Enable Accurate Synchronization (< 500 Fs Rms) Between The Input Rf Signal From The Master Oscillator Of The Iodine