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3508 results:
Frequency-Converted Lasers - Frequency-Converted Lasers  
URL: /products/tunable-diode-lasers/frequency-converted-lasers#c11584
Frequency-Converted Lasers View all productsFrequency doubling and frequency quadrupling  
ECDL / DFB Lasers  
URL: /products/tunable-diode-lasers/ecdl-dfb-lasers#c1484
Tunable single-frequency diode lasers consist of a laser diode and a frequency selective element like a grating, which controls the emission frequency. TOPTICA offers diode laser systems with an…  
ECDL / DFB Lasers - ECDL / DFB Lasers  
URL: /products/tunable-diode-lasers/ecdl-dfb-lasers#c11573
ECDL / DFB Lasers View all productsExternal cavity and distributed-feedback diode lasers  
CHARM  
URL: /technology/toptica-proprietary/charm#c1224
Varying ambient conditions – temperature, air pressure and humidity levels – affect the performance of external-cavity diode lasers, resulting in mode hops and occasional incoherent, “multi-mode”…  
Eugene S. Polzik Named Recipient of the 2020 Herbert Walther Award  
URL: /toptica-news/toptica-congratulates-prof-eugene-simon-polzik
The Optical Society (OSA) and the Deutsche Physikalische Gesell­schaft (DPG) have named OSA Fellow Eugene S. Polzik, University of Copenhagen, Denmark, the 2020 recipient of the Herbert Walther Award.  
FINE - FINE (feedback induced noise eraser)  
URL: /technology/toptica-proprietary/fine#c1193
FINE (feedback induced noise eraser) Reduces power instabilities of diode lasers  
SKILL - SKILL (speckle killer & reduced coherence)  
URL: /technology/toptica-proprietary/skill#c1194
SKILL (speckle killer & reduced coherence) Reduces speckle in single-mode diode lasers  
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…  
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…  
Terahertz Sources  
URL: /technology/technical-tutorials/terahertz/terahertz-sources#c11304
Frequency-domain  
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