Field programmable analog array (FPAA) is the rapid emerging technology for hardware prototyping ... more Field programmable analog array (FPAA) is the rapid emerging technology for hardware prototyping of analog applications where low power, small design time and low design cost are required. Its requirement of less area and reduced power makes it more efficient than digital counterparts. In this paper we propose a 2nd generation Dual output current controlled current conveyor (DOCCCII) in 16nm bulk CMOS technology using PTM (High Performance 16nm Metal Gate / High-K / Strained-Si parameters published by the Arizona State University, USA) and discuss its dynamic characteristic. A configurable analog block (CAB) is also proposed, which mainly consists of a DOCCCII and minimum number of MOSFET switches, to make it readily configurable to realize analog applications. This CAB is used for realization of the integrators and differentiators. The CAB is versatile enough to realize different second order function involving systems like filters and oscillators. Performance of the CAB based realization is compared with their normal realizations. The results of comparison are quite satisfactory
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Papers by Sadia Shireen
reduced power makes it more efficient than digital counterparts. In this paper we propose a 2nd generation Dual output current controlled current conveyor (DOCCCII) in 16nm bulk CMOS technology using PTM (High Performance 16nm Metal Gate / High-K / Strained-Si parameters published by the Arizona State University, USA) and discuss its dynamic characteristic. A configurable analog block (CAB) is also proposed, which mainly consists of a DOCCCII and minimum number of MOSFET switches, to make it readily configurable
to realize analog applications. This CAB is used for realization of the integrators and differentiators. The CAB is versatile enough to realize different second order function involving systems like filters and oscillators. Performance of the CAB based realization is compared with their normal realizations. The results of comparison are quite satisfactory