Module design, optimized compact Laser rack system MSHG Pro for Module Design, Quantum Technology 2.0-Mshg Pro
Module design, optimized compact Laser rack system MSHG Pro for Module Design, Quantum Technology 2.0-TOPTICA Photonics AG

Module design, optimized compact Laser rack system MSHG Pro for Module Design, Quantum Technology 2.0
TOPTICA Photonics AG


About This Product

■ 19 -inch tirac built -in second high -wave semiconductor laser module ・ Highly stable resonance frequency Dubling stage ・ PM fiber maximum 2W, corresponding wavelength: 330-780Nm ・ Includes an amplifier chip, d'b ring stage, AutoAlign (automatic optical axis adjustment mechanism) for optical fiber ・ Low noise & low drift, narrow line width <500kHz ・ Realizes the best performance and usability at the digital controller DLC Pro It is stored seamlessly in 19 inch. Includes wavelength variable semiconductor lasers, high -power semiconductor amplifiers, frequency dubling (SHG) stages. The MSHG stage (second high-conditioning part) is a ring-shaped resonator that uses a BOW-TIE type configuration that has excellent heat and mechanical stability. A system with a fiber (FA) or a raman fiber (RFA) type amplifier is also available. Clear the optical table and store the laser in a 19 -inch sablack. Integration with Laser Rack Systems is best so that you can concentrate on the experiment without spending time adjusting the laser system. We provide a tuned laser for research and application research and application of quantum technology, as well as spectral, holography, holography, interference. When operating with T-RACK, the specifications are similar to the fiber output type SHG Pro system. Includes a TA amplification chip, SHG resonator, and a complete automated push button type automatic optical axis adjustment mechanism AutoAlign and a push button output stabilization function. Featuring the full extension pullout mechanism and dynamic cable management, access to laser modules is easy. At the same time, it has a passive vibration anti -vibration function for decuping a laser from an external environment. Use a total of 4RU (Rack Unit), including the 1RU blanking front panel for blocking heat between laser units. Since the light output is a fiber output, it can be handled flexibly. Contracted by DLC Pro. Digital architecture provides low noise laser operation, intelligent lock function, and remote control with Ethernet.

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    Module design, optimized compact Laser rack system MSHG Pro for Module Design, Quantum Technology 2.0




*Please note that we may not be able to accommodate sample requests.

1 Models of Module design, optimized compact Laser rack system MSHG Pro for Module Design, Quantum Technology 2.0

Product Image Part Number Price (excluding tax) Beam correction optical system Environmental temperature Environmentally humidity External dimensions (laser body) External dimensions (power controller) Fiber end output Optical amplifier Optical isolator Oscillation line width (type 5μs) Oscillation mode PC interface Power controller Power supply specifications SHG resonator leak rate Second high wave stage Seed laser Spatial mode Supported wavelength range Warm air time Wavelength coarse adjustment range Wavelength continuous scanning cooling method power consumption weight
Module design, optimized compact Laser rack system MSHG Pro for Module Design, Quantum Technology 2.0-Part Number-Mshg Pro

Mshg Pro

Available upon quote Built -in 15-30 ° C (operation), 0-40 ° C (at the time of storage and transportation) No condensation Height: 4RU (INCLUDING 1-Ru Blanking Front Panel), width: 19 ", depth: 766mm Height: 4RU (INCLUDING 1-RU Ventilation Front Panel), width: 19 ", depth: 352mm Up to 2,000 MW, wavelength and optical amplifier type. Semiconductor type optical amplifier (TA), custom order: Fiber type optical amplifier (FA) or Raman fiber light amplifier (RFA) Built -in two isolators (for seed laser, for optical amplifier) 10 ~ 300kHz (DL Pro Master), 200 ~ 4,000kHz (DFB/DBR MASTER) Single frequency oscillation Ethernet, USB, analog control DLC Pro 100 ~ 120V / 220 ~ 240VAC, 50 ~ 60Hz (automatic detection) <1E-3mbar L/S Bowtai type folding ring co -shepherd DL Pro, DL DFB Appearance to the diffraction limit 330-680 nm (when semiconductor optical amplifier), 510-780nm (when using a fiber optical amplifier) 2 ~ 20nm > 20GHz Water -cooled <120W <20kg (MSHG Pro laser unit), <8.5kg (DLC Pro controller)

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About Company Handling This Product

TOPTICA Photonics AG

  • Germany
  • Since 1998
  • 490 employees

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