南昌大学学报（工科版）
南昌大學學報（工科版）
남창대학학보（공과판）
JOURNAL OF NANCHANG UNIVERSITY ENGINEERING & TECHNOLOGY EDITION
2015年
1期
83-86
,共4页
电流模式电路%多端输出的电流控制第2代电流传输器%多功能滤波器
電流模式電路%多耑輸齣的電流控製第2代電流傳輸器%多功能濾波器
전류모식전로%다단수출적전류공제제2대전류전수기%다공능려파기
current-mode circuit%MOCCCII%versatile filter
提出了基于运算跨导放大器（ OTA）和多端输出的电流控制第2代电流传输器（ current controlled second generation current conveyor with multiple outputs，简记为MOCCCII）电流模式多功能滤波器的新方法。该方法是将高阶通用电流模式滤波器的传递函数分解为n个无损积分器级联的形式，适当选定输入电流信号可同时实现低通、高通、带通、带阻等滤波功能，而电路内部结构及器件数目无需改变。与同类电路比较，设计简便，结构简单，无源元件全部接地，易于集成。该滤波器可用于通信、电子测量与仪器仪表的信号处理。给出了5阶滤波器的设计实例，PSPICE仿真结果与理论分析相吻合，验证了该方法的可行性。
提齣瞭基于運算跨導放大器（ OTA）和多耑輸齣的電流控製第2代電流傳輸器（ current controlled second generation current conveyor with multiple outputs，簡記為MOCCCII）電流模式多功能濾波器的新方法。該方法是將高階通用電流模式濾波器的傳遞函數分解為n箇無損積分器級聯的形式，適噹選定輸入電流信號可同時實現低通、高通、帶通、帶阻等濾波功能，而電路內部結構及器件數目無需改變。與同類電路比較，設計簡便，結構簡單，無源元件全部接地，易于集成。該濾波器可用于通信、電子測量與儀器儀錶的信號處理。給齣瞭5階濾波器的設計實例，PSPICE倣真結果與理論分析相吻閤，驗證瞭該方法的可行性。
제출료기우운산과도방대기（ OTA）화다단수출적전류공제제2대전류전수기（ current controlled second generation current conveyor with multiple outputs，간기위MOCCCII）전류모식다공능려파기적신방법。해방법시장고계통용전류모식려파기적전체함수분해위n개무손적분기급련적형식，괄당선정수입전류신호가동시실현저통、고통、대통、대조등려파공능，이전로내부결구급기건수목무수개변。여동류전로비교，설계간편，결구간단，무원원건전부접지，역우집성。해려파기가용우통신、전자측량여의기의표적신호처리。급출료5계려파기적설계실례，PSPICE방진결과여이론분석상문합，험증료해방법적가행성。
A new way to design n-order OTA and MOCCCII current-mode versatile filter was presented. This method was based on analyzing a transfer function of n-order generic current mode filter,and generating n number of realizable transfer function using lossless integrator. Selecting proper input current signal,low pass,high pass,band pass and band stop filters could be realized just by suitably choosing the external current signals while internal structure of circuit and amount of elements don’t need to be changed. Compared with similar circuit,the filter has the advantages of simpler and more convenient design. The circuits were easy to be integrated for all grounded ca-pacitors. The filter could be applied to signal processes of communication and electronic measure and instrument. The fifth-order filter was designed. PSPICE simulation result was consistent with the theoretical analysis,and verifies the feasibility of this method.
