A general configuration suitable for realizing low-pass and high-pass ladder filters and transformer simulator, depending on the passive element selection is proposed. The proposed network employs only grounded passive components without requiring matching conditions. The values of the synthetic inductances of the transformer and low-pass ladder filter can be changed independently. SPICE simulation results confirming the theoretical analysis are included
In this paper, a new grounded inductor simulator employing two current feedback operational amplifie...
This article introduces grounded immittance function simulators and a floating negative immittance f...
In this study, we present a new topology for realizing a grounded inductor employing only a single c...
A general configuration suitable for realizing low-pass and high-pass ladder filters and transformer...
In this paper, an active network simulating mutually coupled inductors employing four second-generat...
In this paper, an active network simulating mutually coupled inductors employing four second-generat...
Abstract A new method to design transformer‐free low pass (LP) ladder network with improved stop‐ban...
In this article, a novel simulator circuit using two differential voltage current conveyors (DVCCs) ...
In this paper, the nonideality effects such as nonideal gain and parasitic-impedance effects on the ...
Actively simulated grounded inductors have been used in several applications ranging from filter to ...
A new method to design transformer-free low pass (LP) ladder network with improved stop-band suppres...
In this paper, an active network simulating mutually coupled inductors employing four second-generat...
In this article, a novel simulator circuit using two differential voltage current conveyors (DVCCs) ...
In this paper novel lossless and lossy grounded parallel inductance simulators are reported. All gro...
A new grounded inductor simulator employing single voltage differencing trans-conductance amplifier ...
In this paper, a new grounded inductor simulator employing two current feedback operational amplifie...
This article introduces grounded immittance function simulators and a floating negative immittance f...
In this study, we present a new topology for realizing a grounded inductor employing only a single c...
A general configuration suitable for realizing low-pass and high-pass ladder filters and transformer...
In this paper, an active network simulating mutually coupled inductors employing four second-generat...
In this paper, an active network simulating mutually coupled inductors employing four second-generat...
Abstract A new method to design transformer‐free low pass (LP) ladder network with improved stop‐ban...
In this article, a novel simulator circuit using two differential voltage current conveyors (DVCCs) ...
In this paper, the nonideality effects such as nonideal gain and parasitic-impedance effects on the ...
Actively simulated grounded inductors have been used in several applications ranging from filter to ...
A new method to design transformer-free low pass (LP) ladder network with improved stop-band suppres...
In this paper, an active network simulating mutually coupled inductors employing four second-generat...
In this article, a novel simulator circuit using two differential voltage current conveyors (DVCCs) ...
In this paper novel lossless and lossy grounded parallel inductance simulators are reported. All gro...
A new grounded inductor simulator employing single voltage differencing trans-conductance amplifier ...
In this paper, a new grounded inductor simulator employing two current feedback operational amplifie...
This article introduces grounded immittance function simulators and a floating negative immittance f...
In this study, we present a new topology for realizing a grounded inductor employing only a single c...