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1709 results:
FINE  
URL: /technology/toptica-proprietary/fine#c1207
Elimination of feedback induced power instabilities Intensity noise reduction Purely electronic feature - no additional hardware such as optical isolators necessary Push of a button functionality  
Laser Locking Electronics  
URL: /products/tunable-diode-lasers/laser-locking-electronics#c2193
  PFD pro FALC pro DigiLock 110 FALC 110 & mFALC 110 PDH/DLC pro DLC pro Locka Wavelength Meter Description / Type Phase and Frequency  
Industrial Quality Control - Industrial Quality Control with Fast Terahertz Systems  
URL: /applications/terahertz-sensing/industrial-quality-control#c864
Industrial Quality Control with Fast Terahertz Systems Plastics, paper, ceramics, … are transparent in the THz range Terahertz techniques enable 100% inspection in production lines Ultrafast  
THG Microscopy - Ultrafast Fiber Lasers for THG Microscopy  
URL:
Ultrafast Fiber Lasers for THG Microscopy Third Harmonic Generation (THG) microscopy makes use of non-fluorescent samples by the combination of the advantages of label-free imaging with restriction  
smart Series  
URL: /technology/toptica-proprietary/smart-series#c1281
Optimized lasers for OEM integration Compact, cost-effective and robust design Established concept since 2007 Proven industry standards In 2007 TOPTICA introduced their iBeam smart diode  
Terahertz Sources  
URL: /technology/technical-tutorials/terahertz/terahertz-sources#c13335
Optoelectronic terahertz generation is an expression for indirect methods, where near-infrared laser light illuminates a metal-semiconductor-metal structure, generating a photocurrent that becomes  
Terahertz Sources - TOPTICA's Terahertz Products  
URL: /technology/technical-tutorials/terahertz/terahertz-sources#c2384
TOPTICA's Terahertz Products Components and systems for time-domain (pulsed) and frequency-domain (cw) terahertz applications  
cw Terahertz - cw Terahertz  
URL: /technology/technical-tutorials/terahertz/cw-terahertz#c2267
cw Terahertz Optical heterodyning in semiconductor photomixers Up to 3 THz bandwidth, up to 100 dB dynamic range Tunable DFB diode lasers + GaAs or InGaAs photomixers Optional:  
cw Terahertz  
URL: /technology/technical-tutorials/terahertz/cw-terahertz#c11332
State-of-the-art photomixers are based on either GaAs or InGaAs/InP and require laser wavelengths below the semiconductor bandgap (i.e. around 0.8 µm or 1.5 µm, respectively). TOPTICA’s TeraScan  
Pulsed Terahertz  
URL: /technology/technical-tutorials/terahertz/pulsed-terahertz#c13338
An ultrashort laser pulse generates a current transient in the emitter and as a result, an electromagnetic wave packet with a broad spectrum in the terahertz range. In the detector, the incident  
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