Hardware Reference
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90. Acar C (1996) Nth-order all pass voltage transfer function synthesis using CCII+ s: signal-flow
graph approach. Electron Lett 32:727-729
91. Acar C (1996) Nth-order low pass voltage transfer function synthesis using CCII+ s: signal-
flow graph approach. Electron Lett 32:159-160
92. Soliman AM (1996) New inverting-non-inverting band pass and low pass biquad circuit using
current conveyors. Int J Electron 81:577-583
93. Vrba K, Cajka J, Zeman V (1996) RC-active N-th order lowpass filter. J Electr Eng 47:257-259
94. Nakai K, Yamamoto G, Nakamura T (1996) A configuration of state variable biquad filters
using current conveyors. IEICE Trans Fundament E-79:639-641
95. Abuelma
atti MT, Quddus A (1996) Programmable voltage-mode multifunction filter using
two current conveyors and one operational transconductance amplifier. Active Passive
Electron Comp 19:133-138
96. Nandi R (1996) Precise insensitive current-mode third-order low pass Butterworth charac-
teristics. IEE Proc Circ Devices Syst 143:223-224
97. Abuelma ' atti MT, Al- Qahtani MA (1996) Current mode universal filters using unity-gain
cells. Electron Lett 32:1077-1078
98. Celma S, Martinez PA, Sabadell J (1996) A transformation method for equivalent infinite-
gain Op-amp to unity-gain CCII networks. IEEE Trans Circ Syst-I 43:61-63
99. Acar C, Kuntman HK (1996) Limitations on input signal level in current-mode active-RC
filters using CCIIs. Electron Lett 32:1461-1462
100. Soliman AM (1996) Comment on ' The single CC II biquads with high-input impedance ' .
IEEE Trans Circ Syst-I 43(1):65
101. Fabre A, Amrani H, Saaid O (1996) Current-mode band-pass filters with Q-magnification.
IEEE Trans Circ Syst-II 43:839-842
102. Cajka J, LindovskyD (1997) Universal RC-active networks using CCII+. J Electr Eng 48:98-100
103. Soliman AM (1997) Theorems relating to port interchange in current mode CCII circuits. Int
J Electron 82:585-604
104. Acar C (1997) On the realization of current-mode filters using second-generation current
conveyors. Int J Circ Theor Appl 25:229-233
105. Zhang X, Kambayashi N, Shinada Y (1997) A realization of active current-mode resonator
with complex coefficients using CCIIs. IEICE Trans Fundament 2:413-415
106. Lata ZJ, Aronhime PB (1997) Cascadable current-mode biquads. Analog Integr Circ Sig
Process 13:275-284
107. Cajka J, Dostal T, Vrba K (1997) Realization of Nth-order voltage transfer function using
current conveyors CCII. Radioengineering 6:22-25
108. Vrba K, Cajka J (1997) High-order one-port elements for low pass filter realization. J Electr
Eng 48:31-34
109. Soliman AM (1997) Generation of current conveyor-based all-pass filter from op-amp based
circuits. IEEE Trans Circ Syst-II 44:324-330
110. Cajka J, Vrba K, Lindovsky D (1997) Network function synthesis using current conveyors.
J Electr Eng 48:209-211
111. Hou CL, Wu JS (1997) Universal cascadable current-mode biquad using only four CCIIs. Int
J Electron 82:125-129
112. Gunes ECEO, Anday F (1997) Realization of voltage and current-mode transfer functions
using unity-gain cells. Int J Electron 83:209-213
113. Papazoglou CA, Karybakas CA (1997) Noninteracting electronically tunable CCII-based
current mode biquadratic filters. IEE Proc Circ Devices Syst 144:178-184
114. Abuelma ' atti MT, Farooqui AA (1998) Universal current-conveyors-based current-mode
filters with single input and three outputs. Active Passive Electron Comp 20:195-200
115. Abuelma
'
atti MT (1998) Programmable current-mode universal active filters employing
current conveyors. Active Passive Electron Comp 21:221-230
116. Cabeza R, Carlosena A (1998) A cautionary note on stability of current conveyor based
circuits. Int J Circ Theor Appl 26:215-218
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