Hardware Reference
In-Depth Information
7. Wilson B (1984) High-performance current conveyor
implementation. Electron Lett
20:990-991
8. Wilson B (1985) Floating FDNR employing a new CCII-conveyor implementation. Electron
Lett 21:996-997
9. Wilson B (1986) Differential current-follower and conveyor using new mirror formulation.
Electron Lett 22:708-710
10. Pookaiyaudom S, Samootrut K (1988) Efficient circuit implementations of current conveyors,
negative impedance converters and nonlinear impedance converters using operational
transconductance amplifiers. Int J Electron 64:941-945
11. Singh V (1989) An implementation of CCII- current conveyor, with application. IEEE Trans
Circ Syst 36:1250-1251
12. Karybakas CA, Siskos S, Laopoulos THL (1992) A novel compensated, tunable current
conveyor. J Circ Syst Comput 2:397-401
13. Carlosena A, Moschytz GS (1994) Design of variable-gain current conveyors. IEEE Trans Circ
Syst-I 41:79-81
14. Bruun E (1995) A combined first- and second-generation current conveyor structure. Int J
Electron 78:911-923
15. Papazoglou CA, Karybakas CA (1997) Noninteracting electronically tunable CCII-based
current-mode biquadratic filters. IEE Proc Circ Devices Syst 144:178-183
16. Dual 9 MHz, Operational transconductance amplifier (OTA) (2002) Data Sheet: FN1174.6:
CA3280, CA3280A:1-10
17. Rana S, Pal K (2007) Current conveyor simulation circuits using operational amplifiers. J Phys
Sci 11:124-132
Search WWH ::




Custom Search