Systematic synthesis approach for floating gyrators employing single z-copy CCCCTA

作者：Li, Yong An^*; Xi, Yan Hua; Fan, Zhan Ting; Zhang, Yu Ye; Wu, Ji Xia

来源：IET Circuits Devices & Systems, 2017, 11(1): 41-45.

DOI：10.1049/iet-cds.2016.0153

• gyrators
• current conveyors
• amplifiers
• matrix algebra
• systematic synthesis approach
• floating gyrator
• single z-copy CCCCTA
• single z-copy current-controlled current conveyor trans-conductance amplifier
• pathological models
• z-copy z(+)-output CCCCTA
• z-copy z(-)-output CCCCTA
• CCCCTA
• CCCCTA-
• nodal admittance matrix expansion method
• NAM expansion method
• grounded admittance
• hand analysis
• PSPICE simulation

A systematic synthesis approach for floating gyrators employing single z-copy current-controlled current conveyor trans-conductance amplifier (CCCCTA) is presented in this work. Initially, the pathological models of two types of the CCCCTA, namely z-copy z(+)-output CCCCTA (CCCCTA+) and z-copy z(-)-output CCCCTA (z-copy CCCCTA-), are derived by virtue of the nodal admittance matrix (NAM) expansion method. Moreover, these models are then used in the synthesis of floating gyrator using single z-copy CCCCTA. Two floating gyrators are acquired by expanding the NAM of floating gyrator. The synthesised gyrators employ one z-copy CCCCTA and a grounded admittance. Adjusting bias currents of the CCCCTA can tune the parameter of the gyrators. The hand analysis and PSPICE simulation show that the used synthesis method is simple, systematic and valid.

• 出版日期2017-1
• 单位咸阳师范学院