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Can I read N-th-order Voltage Transfer Function Synthesis Using a Commercially Available Active Component, CFA: Signal-Flow Graph Approach on EtoBox?
N-th-order Voltage Transfer Function Synthesis Using a Commercially Available Active Component, CFA: Signal-Flow Graph Approach by Cevdet Acar,; Serdar Özoğuz, is a Engineering article available to read on EtoBox.
What is N-th-order Voltage Transfer Function Synthesis Using a Commercially Available Active Component, CFA: Signal-Flow Graph Approach about?
A new synthesis method based on signal-flow graph is given for the realization of any n-th-order voltage transfer function by the active RC circuit involving n grounded capacitors, n + 2 current feedback amplifiers and at most 3n + 2 resistors which are either grounded or virtually grounded. This number of resistors can also be reduced to 2n + 3 by slightly modifying the proposed configuration. The use of commercially available active component simplifies the implementation, and it makes the proposed circuit attractive. ## Übersicht Es wird eine neue, auf Signalflußgraphen basierende Methode zur Synthese beliebiger Spannungsübertragungsfunktionen n-ter Ordnung mit aktiven RC-Schaltungen vorgestellt. Die Anordnungen enthalten n einseitig geerdete Kapazitäten, n + 2 stromrückgekoppelte Verstärker und maximal 3n + 2 einseitig bzw. virtuell einseitig geerdete Widerstände. Diese
Who reads N-th-order Voltage Transfer Function Synthesis Using a Commercially Available Active Component, CFA: Signal-Flow Graph Approach?
It is typically read by researchers, students, and practitioners in Engineering.
- Author
- Cevdet Acar,; Serdar Özoğuz,
- Publisher
- Walter de Gruyter GmbH
- Published
- 2000
- Language
- EN
- Field
- Engineering (Physical Sciences)