DEL Lab

Our mission is to provide expertise, facilities, infrastructure and teaming environments to enable and facilitate interdisciplinary research in microelectronics, optoelectronics, 2D Electronics, Sensors and Next Generation Lithography Patterning. Alternate Gate Dielectric for Logic (CMOS) and Memory Applications (NVRAM, FeRAM). Graphene and Derivat... ives for Next Generation IC Technology. The DEL Lab exists in the Indian Institute of Technology (IIT), Mandi, Himachal Pradesh-175001 , India is to serve a facility for multidisciplinary approach of research, development and applications in nanoelectronics, extreme ultraviolet lithography (EUL) resists materials for the next generation technology node, IC design and fabrication of CMOS logic and memory applications, 2D materials, Sensors & MEMS, optoelectronics systems and designs. The DEL Lab contributes to the advancement of the material design plus testing for volatile, non volatile memories, graphene, polymer nanocomposite and CNTs, FETs design and fabrications, flexible electronics include NEMS/MEMS sensors, photovoltaics, intelligent packaging, RF identification devices, bio-electronic interfaces, device prototyping along with interface between academia and semiconductor industries. The swift miniaturization and efficient high-volume processing lead to the production of more than 1000 trillion transistors every year. This extensive integration of transistors has transformed complex circuits into a simpler form of integrated circuits (ICs) with reduced cost and extending its application to a wide range of practical and affordable electronic applications. It is only because of Semiconductor devices, the world marks the arrival of the computer age or the second industrial revolution. Device Fabrication is the route, used to create IC that finds applications in medical, automobiles, industrial and consumer electronics. As a result, semiconductor devices are making contributions to every segment of the global economy and every branch of human endeavours. Device ...Read More