An integrated on chip organic optical source based on electrochemiluminescence
Résumé
We report here on an original "glass-PDMS-glass" electrochemiluminescence optofluidic device that integrates 32 electrodes on a large surface. This organic electrically powered light source has been integrated on chip using an alternative process based on a photopatternable silicone resist. Under a continuous flow rate, this device allows electrogenerated chemiluminescence for several minutes which would be very useful for future mu TAS systems.