REALIZATION OF n-TH-ORDER TRANSFER FUNCTIONS USING CURRENT CONVEYORS
n阶传输函数的CC实现

Two universal integrator-based CC (Current Conveyor) network configurations are presented. The architectures proposed are constructed using a canonical FLF (Follow-the-Leader Feedback) configuration with an input distribution and output summation CC network. By setting any particular input distributing and output summing passive element parameters, the arbitrary high-order transfer functions can be realized. General explicit design formulas are derived. It is also straightforward to obtain the universal filter architectures and the corresponding design formulas of any particular order.