Add to ORKGA new second-generation multiple-output current-controlled current-conveyor (MOCCCC) is presented. It has current-transfer ratios that can be varied by control currents. It is characterized by approximately constant bandwidth over a wide range of current-transfer ratios. The MOCCCC is then used as a building block for realizing electronically-tunable second-order bandpass/lowpass filters. Spice simulation results are presente
In this paper, a new topology for realizing arbitrary nth-order current transfer function (TF), cons...
New current-mode current-controlled filters are proposed. The proposed realization requires three du...
In this paper two new realizations, one CMOS and one bipolar, for current-controlled conveyor (CCCII...
A new second-generation multiple-output current-controlled current-conveyor (MOCCCC) is presented. I...
A new mixed-mode biquad circuit is presented. The circuit uses six single-output plus-type second-ge...
A wide bandwidth CMOS realization of high performance dual output second generation (CCII±) current ...
In this paper two new second-generation current controlled current-conveyors (CCCIIs)-based circuits...
A multiphase sinusoidal oscillator circuit is presented. The oscillator can produce N output-current...
In this paper, a new CMOS high-performance electronically tunable second-generation current conveyor...
Abstract. This study presents a new current-mode single-input and multi-output (SIMO) type universal...
Analog circuit designers have usually focused on the design of circuits employing a minimum number o...
A novel current-controlled current-mode universal filter is presented. The circuit uses six second-g...
New circuit implementations of electronically tunable first and second order allpass filter (AP) str...
In this paper, a new realization of electronically tunable voltage output second-order low-pass (LP)...
A new current-mode universal filter is proposed. The filter uses three multiple-output current-contr...
In this paper, a new topology for realizing arbitrary nth-order current transfer function (TF), cons...
New current-mode current-controlled filters are proposed. The proposed realization requires three du...
In this paper two new realizations, one CMOS and one bipolar, for current-controlled conveyor (CCCII...
A new second-generation multiple-output current-controlled current-conveyor (MOCCCC) is presented. I...
A new mixed-mode biquad circuit is presented. The circuit uses six single-output plus-type second-ge...
A wide bandwidth CMOS realization of high performance dual output second generation (CCII±) current ...
In this paper two new second-generation current controlled current-conveyors (CCCIIs)-based circuits...
A multiphase sinusoidal oscillator circuit is presented. The oscillator can produce N output-current...
In this paper, a new CMOS high-performance electronically tunable second-generation current conveyor...
Abstract. This study presents a new current-mode single-input and multi-output (SIMO) type universal...
Analog circuit designers have usually focused on the design of circuits employing a minimum number o...
A novel current-controlled current-mode universal filter is presented. The circuit uses six second-g...
New circuit implementations of electronically tunable first and second order allpass filter (AP) str...
In this paper, a new realization of electronically tunable voltage output second-order low-pass (LP)...
A new current-mode universal filter is proposed. The filter uses three multiple-output current-contr...
In this paper, a new topology for realizing arbitrary nth-order current transfer function (TF), cons...
New current-mode current-controlled filters are proposed. The proposed realization requires three du...
In this paper two new realizations, one CMOS and one bipolar, for current-controlled conveyor (CCCII...