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FGIC44 - Fully Controllable Immittance Converter: Chip Performance Evaluation.

, , и . ICUMT, стр. 182-187. IEEE, (2021)

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Bernhard Kubanek

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Bernhard Kubanek

Bernhard Kubanek

 

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Comparative Study of Op-Amp-based Integrators Suitable for Fractional -Order Controller Design., , , , , , , и . TSP, стр. 740-743. IEEE, (2019)Passive fractional-order components based on resistive-capacitive circuits with distributed parameters., , , и . TSP, стр. 638-642. IEEE, (2016)Universal Current Conveyor and Universal Voltage Conveyor Measurements and Modelling., , и . ICN/ICONS/MCL, стр. 173. IEEE Computer Society, (2006)Second-Order State-Variable Filter with Current Operational Amplifiers., и . ICONS, стр. 57-61. IEEE Computer Society, (2008)FGIC44 - Fully Controllable Immittance Converter: Chip Performance Evaluation., , и . ICUMT, стр. 182-187. IEEE, (2021)Design and Examples of Fractional-Order Capacitor Based on C-R-NC Layer Structure., , , , , , , , и . ICUMT, стр. 91-96. IEEE, (2023)Current conveyors in current-mode circuits approximating fractional-order low-pass filter., , , и . ECCTD, стр. 1-4. IEEE, (2017)Second-Order Multifunction Filters with Current Operational Amplifiers., и . PWC, том 245 из IFIP, стр. 578-584. Springer, (2007)Synthesis of fractional-order elements using the RC-EDP approach., , , и . ECCTD, стр. 1-4. IEEE, (2017)Analysis of OTA-Based Gyrator Implementing Fractional-Order Inductor., , , , и . TSP, стр. 583-588. IEEE, (2020)