The Voltage Conveyor (VCII) is the dual of the second generation Current Conveyor (CCII), and has received only a cursory attention in the literature, probably for lack of interesting applications. The VCII has a current buffer between Y and X terminals, and a voltage buffer between X and Z terminals. In this way, it makes it easier to sum (current) signals at the Y node, whereas CCIIs make it easier to sum (current) signals at the X node. Exploiting this difference between the two dual circuits, a very simple N-port synthesizer can be obtained using only N VCIIs. A mixed-signal Y-matrix synthesizer using VCIIs is also proposed, which is the dual of a similar one using CCIIs, and can also be used as an N-port analyzer, with an advantage with respect to the CCII-based version related to the possibility of sensing low-impedance (voltage) inputs. An inductor emulator and a lowpass/bandpass biquad filter are also simulated, showing the versatility of the VCII.
On the use of voltage conveyors for the synthesis of biquad filters and arbitrary networks / Centurelli, Francesco; Monsurro, Pietro; Tommasino, Pasquale; Trifiletti, Alessandro. - ELETTRONICO. - (2017), pp. 1-4. (Intervento presentato al convegno 2017 European Conference on Circuit Theory and Design, ECCTD 2017 tenutosi a Catania) [10.1109/ECCTD.2017.8093353].
On the use of voltage conveyors for the synthesis of biquad filters and arbitrary networks
Centurelli, Francesco;Monsurro, Pietro;Tommasino, Pasquale;Trifiletti, Alessandro
2017
Abstract
The Voltage Conveyor (VCII) is the dual of the second generation Current Conveyor (CCII), and has received only a cursory attention in the literature, probably for lack of interesting applications. The VCII has a current buffer between Y and X terminals, and a voltage buffer between X and Z terminals. In this way, it makes it easier to sum (current) signals at the Y node, whereas CCIIs make it easier to sum (current) signals at the X node. Exploiting this difference between the two dual circuits, a very simple N-port synthesizer can be obtained using only N VCIIs. A mixed-signal Y-matrix synthesizer using VCIIs is also proposed, which is the dual of a similar one using CCIIs, and can also be used as an N-port analyzer, with an advantage with respect to the CCII-based version related to the possibility of sensing low-impedance (voltage) inputs. An inductor emulator and a lowpass/bandpass biquad filter are also simulated, showing the versatility of the VCII.File | Dimensione | Formato | |
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