New generalized-immittance converter circuits obtained by using the current conveyor.

The realization of special types of the generalized-immittance converters will be given here using the second-generation current conveyor. Of particular interest in this paper is the new realization of the voltage generalized-immittance converter having conversion immittance function proportional to s<SUP2>. It will be seen that two realizations exist for each converter.
A special type of the current generalized-immittance converter was recently introduced, and used in one of the recent and most attractive RC active network synthesis procedures (Antoniou 1970). Antoniou (1970) used the operational amplifier as the active building block in the realization of the current generalized-immittance converter.
In a recent publication, Sedra and Smith (1970) introduced the second-generation current conveyor (will be abbreviated here as the current conveyor CC) and used it in the realization of some active network elements. The current conveyor is a versatile building block, as it can be used as a current summer, current differentiator, current integrator, current amplifier, etc.
In this paper the simulation of special types of both voltage and current generalized-immittance converters using the current conveyor will be given. [ABSTRACT FROM AUTHOR]