Wavelength conversion semiconductor laser TOPO series that can access to wavelength areas that cannot be obtained directly by direct oscillation-Topo Signal
Wavelength conversion semiconductor laser TOPO series that can access to wavelength areas that cannot be obtained directly by direct oscillation-TOPTICA Photonics AG

Wavelength conversion semiconductor laser TOPO series that can access to wavelength areas that cannot be obtained directly by direct oscillation
TOPTICA Photonics AG


About This Product

■ Characteristics ・ Built -in: Easy -to -use built -in system ・ Stable: Excellent passive stability ・ Easy to use: Control everything from anywhere in the world with a single window ・ Equipped with racks: 19-inch T-RACK can be integrated seamlessly ・ 1.43-4.2µm (2,400-7,000cm^-1) ・ Narrow line width: 2MHz (1 ・ 10^-4cm^-1) ・ Hands -free motor tuning ・ Mode hop free tuning range: 300GHz (10cm^-1) ・ Easy -to -use completely digital DLC Pro controller ■ CW OPO laser system for medium infrared division of lighting / application The 2-5 µm wavelength band is a tool required for applications such as high-resolution No molecules, gas sensing, medium infrared photonics, optical parts characteristics evaluation, quantum optical, etc. We have developed a continuous wave parametric oscillator (OPO) that realizes the largest cover range among the MIR wavelength lasers. High -speed, narrow line width, and high -speed change modification and frequency modulation required for medium -infrared gas spectroscopy technology are possible. Under 2UMs, we offer a wide wavelength lineup and various wavelength variable semiconductor laser platforms. The wavelength longer than the 4UM can be oscillated by the quantum cascade laser. It is an infrared laser in the high -output and wide band variable range. ■ Direct wavelength variable semiconductor laser absorption spectroscopy (TDLAS) is the best tool 2–5 µm Range (5,000-2,000cm^-1) tends to have absorption characteristics here because the molecular elastic vibration tends to be absorbed here, so it is an interesting area as a target of medium infrared spectroscopy. It is an ideal tool of the direct absorption spectroscopy (TDLAS). Laser modulation and stabilization electronics developed for quantum technology applications are seamlessly transferred to TOPO for these high -sensitivity absorption. ■ Medium -infrared integration characteristics evaluation tool Not only is it useful for medium infrared spectroscopy, but can be used in all applications that require middle -infrared lasers. This is a tool for evaluation of the middle infrared pilgrimage characteristics in the on -chip in the infrared photonic device used for gas and biotype detection.

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    Wavelength conversion semiconductor laser TOPO series that can access to wavelength areas that cannot be obtained directly by direct oscillation




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2 Models of Wavelength conversion semiconductor laser TOPO series that can access to wavelength areas that cannot be obtained directly by direct oscillation

Items marked with have different values ​​depending on the model number.

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Product Image Part Number Price (excluding tax) Beam quality, M2 Control interface Environmental temperature Environmentally humidity External dimensions: Control unit (H X W X D) External dimensions: OPO head (H X W X D) External dimensions: Seed laser (H X W X D) External dimensions: fiber amplifier (H X W X D) Frequency modulation Mode hop free tuning range Oscillation line width Output (high output system) Output (standard system) PC interface Wavelength coarse adjustment range (high -power system) Wavelength rough adjustment range (standard system) power consumption warm up
Wavelength conversion semiconductor laser TOPO series that can access to wavelength areas that cannot be obtained directly by direct oscillation-Part Number-Topo Signal

Topo Signal

Available upon quote <1.2 at <3.6 µm DLC Pro Touch Screen, PC Software, Ethernet, USB, Analog Remote Control 15-30 ° C (when operating), 0-40 ° C (for storage and transportation) No condensation 154 x 450 x 348mm 150 x 240 x 465mm 55 x 130 x 165mm 133 x 482 x 438mm PZT MODULATION - <100kHz
<1x10^-5 cm^-1
> 10MW at> 1.43µm
> 4w at> 1.60µm
> 5w Peak
> 10MW at> 1.45µm
> 2w at> 1.55µm
> 3W PEAK
Ethernet, USB, Analog Control 1.43-2.07µm
4,830-7,000cm^-1
1.45-2.07µm
4,830-6,900cm^-1
<250W (typical value) 30 minutes (typical value)
Wavelength conversion semiconductor laser TOPO series that can access to wavelength areas that cannot be obtained directly by direct oscillation-Part Number-TOPO IDLER

TOPO IDLER

Available upon quote <1.2 at <3.6 µm DLC Pro Touch Screen, PC Software, Ethernet, USB, Analog Remote Control 15-30 ° C (when operating), 0-40 ° C (for storage and transportation) No condensation 154 x 450 x 348mm 150 x 240 x 465mm 55 x 130 x 165mm 133 x 482 x 438mm PZT Modulation, Pump Frequency Modulation > 30GHz (> 100GHz Typ.) <2MHz (<100kHz Opt.)
<1x10^-4 cm^-1
> 10MW at> 4.20µm
> 2w at> 3.5µm
> 5w Peak
> 10MW at> 4.00µm
> 1w at> 3.6 µm
> 2W PEAK
Ethernet, USB, Analog Control 2.19-4.20µm
2,380-4,570cm^-1
2.19-4.00 µm
2,500-4,570cm^-1
<250W (typical value) 30 minutes (typical value)

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About Company Handling This Product

TOPTICA Photonics AG

  • Germany
  • Since 1998
  • 490 employees

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