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Au programme de cette demi-journée (au choix, matin ou après-midi ; agenda ci-dessous) : ▶ Principe de la détection synchrone et optimisation ▶ Cas d’usage en photonique (spectroscopie, asservissements, pompe-sonde) ▶ Mesures ultrabrèves avec un boxcar Pour quels besoins ? ▶ Amélioration du signal-sur-bruit ▶ Recouvrement des signatures électro-optique noyées dans le bruit ▶ Détection synchrone du continu au radiofréquences
Un instrument tout inclus : Détection synchrone multifréquence | Boxcar |Générateur de fonctions | Analyseur de spectre | Boucles d’asservissements PLL/PID | Mesure d’impédance… Agenda : 09h00 - 09h30 : Accueil café OU 12h00 - 13h45 : Déjeuner 
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With novel light sources being developed, ranging from continuous wave (CW) to pulsed ultrafast laser systems, the number of phenomena that can be studied with optics and photonics experimental techniques is constantly increasing, and ever smaller effects and faster processes are being investigated. Striving for higher sensitivities, quicker measurements, and higher signal-to-noise ratios requires advanced signal detection and analysis.
Zurich Instruments' Lock-in Amplifiers and Boxcar Averagers empower you with the most advanced and configurable signal recovery tools for the most demanding optical experiments. Whether your signal is sinusoidal, pulsed, or a complex waveform, our instruments provide you with the best measurement tools for your application requirements. |