TO-CCII based voltage-mode universal biquadratic filter
TO-CCII based voltage-mode universal biquadratic filter
In this paper, a novel single-input three-output (SITO) voltage-mode (VM) universal biquadratic filter employing a single triple-output second-generation current conveyor (TO-CCII), two grounded capacitors and four resistors, is presented. The proposed topology offers the realization of all the standard filter transfer functions (TFs). The non-ideality and parasitic effects of the active element on the TF of the proposed filter are investigated in detail. The proposed filter is tested in time and frequency domains with SPICE simulations.
- Pamukkale University Turkey
- Doğuş University Turkey
current conveyor, DDCCS, Capacitors, Vibrating conveyors, 5 Outputs, Ddccs, Active elements, Triple-output CCII; biquadratic filter; parasitic effects; current, Parasitic Effects, Electric grounding, Triple - Output CCII, Time and frequency domains, Biquadratic Filter, parasitic effects, One Input, Second generation current conveyors, Grounded capacitors, Active filters, Triple-output CCII, Voltage mode, Current Conveyor, conveyor, SPICE simulations, Nonideality, Parasitic effect, biquadratic filter, Triple-Output Ccii
current conveyor, DDCCS, Capacitors, Vibrating conveyors, 5 Outputs, Ddccs, Active elements, Triple-output CCII; biquadratic filter; parasitic effects; current, Parasitic Effects, Electric grounding, Triple - Output CCII, Time and frequency domains, Biquadratic Filter, parasitic effects, One Input, Second generation current conveyors, Grounded capacitors, Active filters, Triple-output CCII, Voltage mode, Current Conveyor, conveyor, SPICE simulations, Nonideality, Parasitic effect, biquadratic filter, Triple-Output Ccii
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