This paper presents a new CMOS fully‐differential second‐generation current conveyor
(FDCCII). The proposed FDCCII is based on a fully‐differential difference transconductor as
an input stage and two class AB output stages. Besides the proposed FDCCII circuit
operating at a supply voltage of±1.5 V, it has a total standby current of 380 µA. The
applications of the FDCCII to realize a variable gain amplifier, fully‐differential integrator,
and fully‐differential second‐order bandpass filter are given. The proposed FDCII and its …

This paper presents a new CMOS fully-differential second-generation current conveyor
(FDCCII). The proposed FDCCII is based on a fully-differential difference transconductor as
an input stage and two class AB output stages. Besides the proposed FDCCII cirThis paper
presents a new CMOS fully-differential second-generation current conveyor (FDCCII). The
proposed FDCCII is based on a fully-differential difference transconductor as an input stage
and two class AB output stages. Besides the proposed FDCCII cir