In this paper, four immittance function simulators consisting of a single modified current follower with single Z- terminal and a minimum number of passive components are proposed. The first proposed circuit can provide +L parallel with +R and the second proposed one can realise -L parallel with -R. The third proposed structure can provide +L series with +R and the fourth proposed one can realise -L series with -R. However, all the proposed immittance function simulators need a single resistive matching constraint. Parasitic impedance effects on all the proposed immittance function simulators are investigated. A second-order current-mode (CM) high-pass filter derived from the first proposed immittance function simulator is given as an appli...
In this paper, a new topology for realizing arbitrary nth-order current transfer function (TF), cons...
In this paper, an electronically tunable immitance circuit is proposed. The presented circuit can be...
In this paper, a new topology for realizing arbitrary nth-order current transfer function (TF), cons...
This article introduces grounded immittance function simulators and a floating negative immittance f...
In this paper, new floating immittance function simulators employing second-generation current contr...
New negative parallel immittance simulators using current conveyors are presented. From the basic co...
In this study, six novel grounded parallel immittance simulator topologies employing single OTRA are...
New five grounded immittance function simulators are proposed in this paper. The first one is a posi...
Two grounded immittance function simulators (IFSs) employing only grounded passive elements and one ...
A new CMOS based current follower (CF) with externally controllable X terminal intrinsic resistor ha...
A new realization of floating inductance and two R-L impedance simulators are presented, respectivel...
In this study, four novel grounded parallel immitance simulator topologies employing single OTRA are...
A new CMOS based current follower (CF) with externally controllable X terminal intrinsic resistor ha...
Algorithms for the realization of grounded type higher-order immittance elements using a single oper...
Most of the presented immittance simulator topologies in the literature realize certain types of ind...
In this paper, a new topology for realizing arbitrary nth-order current transfer function (TF), cons...
In this paper, an electronically tunable immitance circuit is proposed. The presented circuit can be...
In this paper, a new topology for realizing arbitrary nth-order current transfer function (TF), cons...
This article introduces grounded immittance function simulators and a floating negative immittance f...
In this paper, new floating immittance function simulators employing second-generation current contr...
New negative parallel immittance simulators using current conveyors are presented. From the basic co...
In this study, six novel grounded parallel immittance simulator topologies employing single OTRA are...
New five grounded immittance function simulators are proposed in this paper. The first one is a posi...
Two grounded immittance function simulators (IFSs) employing only grounded passive elements and one ...
A new CMOS based current follower (CF) with externally controllable X terminal intrinsic resistor ha...
A new realization of floating inductance and two R-L impedance simulators are presented, respectivel...
In this study, four novel grounded parallel immitance simulator topologies employing single OTRA are...
A new CMOS based current follower (CF) with externally controllable X terminal intrinsic resistor ha...
Algorithms for the realization of grounded type higher-order immittance elements using a single oper...
Most of the presented immittance simulator topologies in the literature realize certain types of ind...
In this paper, a new topology for realizing arbitrary nth-order current transfer function (TF), cons...
In this paper, an electronically tunable immitance circuit is proposed. The presented circuit can be...
In this paper, a new topology for realizing arbitrary nth-order current transfer function (TF), cons...