In this work, the design of current mode Fractional order filter using VDTAs (Voltage differencing trans-conductance amplifier) as an active element with grounded capacitors has been proposed. The approximate transfer functions of low and high pass filters of fractional order on the basis of the integer order transfer has been shown and the form of those functions of filters is also implemented using VDTA as an active building block. In this work, filters of the different sequence have been realized. The frequency domain simulation results of the proposed filters are obtained on Matlab and PSPICE with TSMC CMOS 180 nm technology parameters. Stability and sensitivity is also verified
This paper presents a realization of fractional-order Band pass-filter (FOBF) based on the concepts ...
Novel structures of fractional-order differentiation and integration stages are presented in this wo...
his paper presents possible solution of fractional-order high-pass filter (FHPF) with electronically...
In this work, the design of current mode Fractional order filter using VDTAs (Voltage differencing t...
533-537In this proposed work, current mode fractional order band pass and band reject filters using ...
In this paper, low-voltage active elements based a general filter topology, which provides fractiona...
This paper presents novel solution of a fractional-order low-pass filter (FLPF). The proposed filter...
This paper deals with proposal of a fractional-order high-pass filter with electronically tunable po...
Using current conveyors, we present six different current-mode circuits approximating fractional-ord...
In this paper, an active implementation of a differential voltage current conveyor (DVCC) based on a ...
This thesis deals with the fractional (1+)-order filters. The proposed filters operate in the curren...
The paper presents proposal of a fullydifferential (1 + α)-order low-pass filter. The order of the f...
In this study, a low-voltage low-power, simple operational transconductance amplifier (OTA) based fr...
The paper presents a novel solution of a fully-differential 1+ fractional-order filter. The filter c...
Design, realization and performance evaluation of fractional order high pass filter based on Operati...
This paper presents a realization of fractional-order Band pass-filter (FOBF) based on the concepts ...
Novel structures of fractional-order differentiation and integration stages are presented in this wo...
his paper presents possible solution of fractional-order high-pass filter (FHPF) with electronically...
In this work, the design of current mode Fractional order filter using VDTAs (Voltage differencing t...
533-537In this proposed work, current mode fractional order band pass and band reject filters using ...
In this paper, low-voltage active elements based a general filter topology, which provides fractiona...
This paper presents novel solution of a fractional-order low-pass filter (FLPF). The proposed filter...
This paper deals with proposal of a fractional-order high-pass filter with electronically tunable po...
Using current conveyors, we present six different current-mode circuits approximating fractional-ord...
In this paper, an active implementation of a differential voltage current conveyor (DVCC) based on a ...
This thesis deals with the fractional (1+)-order filters. The proposed filters operate in the curren...
The paper presents proposal of a fullydifferential (1 + α)-order low-pass filter. The order of the f...
In this study, a low-voltage low-power, simple operational transconductance amplifier (OTA) based fr...
The paper presents a novel solution of a fully-differential 1+ fractional-order filter. The filter c...
Design, realization and performance evaluation of fractional order high pass filter based on Operati...
This paper presents a realization of fractional-order Band pass-filter (FOBF) based on the concepts ...
Novel structures of fractional-order differentiation and integration stages are presented in this wo...
his paper presents possible solution of fractional-order high-pass filter (FHPF) with electronically...