Hardware Reference
In-Depth Information
References
1. Fabre A (1985) Translinear current conveyors implementation. Int J Electron 59:619-623
2. Normand G (1985) Translinear current conveyors. Int J Electron 59(6):771-777
3. Wilson B (1981) Low-distortion feedback voltage-to-current conversion technique. Electron
Lett 17:157-158
4. Pookaiyaudom S, Kuhanont T (1977) High performance differential quartets. Proc Inst Elect
Electron Engrs 65:1721-1723
5. Barthelemy H (1997) Low-output-impedance class AB bipolar voltage buffer. Electron Lett
33:1662-1664
6. Higashimura M, Fukui Y (1988) Type I mutator using current conveyor and its application to
immittance simulation. Int J Electron 64:377-383
7. Wadsworth DC (1989) Professional audio current conveyor IC. Phototronics Co, Manotick
8. Surakampontorn W, Thitimajshima P (1988) Integrable electronically tunable current con-
veyors. IEE Proc 135:71-77
9. Filanovsky IM (1997) Current source is modified into a current conveyor. Circuits Devices 29
10. Surakampontorn W, Riewruja V, Kumwachara K, Fongsamut C (1998) Temperature compen-
sation of translinear current conveyor and OTA. Electron Lett 34:707-709
11. Seguin F, Fabre A (2001) New second generation current conveyor with reduced parasitic
resistance and band pass filter application. IEEE Trans Circ Syst-I 48:781-785
12. Alami M, Fabre A, Bouhdada A (1999) Second generation current conveyors with enhanced
input resistance. Int J Electron 86:405-412
13. Fabre A, Mimeche N (1994) Class A/AB second-generation current conveyor with controlled
current gain. Electron Lett 30:1267-1269
14. Fabre A, Amrani H, Barthelemy H (1999) A novel class AB first generation current conveyors.
IEEE Trans Circ Syst-II 46:96-98
15. Fabre A, Siarry P, Lameche M (1991) Current-controlled translinear impedance converter. Int
J Electron 70:795-801
16. Fabre A (1984) Wideband translinear current convertor. Electron Lett 20:241-242
17. Hickman I (1994) Current Conveyor ICs -a new building block. Electronics World รพ Wireless
World 402-405
18. Wadsworth DC (1989) Accurate current conveyor
integrated circuit. Electron Lett
25:1251-1253
19. Wadsworth DC (1990) Accurate current conveyor topology and monolithic implementation.
IEE Proc 137:88-94
20. Devices A (1989) Linear products data topic. Analog Devices Inc., Norwood
21. OPA 2662 (1991) Dual, wide bandwidth operational transconductance amplifier. Burr-Brown
Corporation, Tucson, AZ 85734
22. Tomawski L, Gabrek R, Ole
s S (2001) Inverting current conveyor from an OPA 1662:
Electron World and Wireless World: Circuits Ideas. 792
23. OPA 660/OPA 860 (1990) Wide bandwidth operational transconductance amplifier and buffer.
Burr-Brown Corporation
24. Henn C (1993) New ultra high-speed circuit techniques with analog ICs. Corporation, Burr-
Brown, Tucson, AZ 85734
25. de Jager W, Smit J (1977) Application, design and symbolic analysis of a current follower.
Electron Circ Syst 1:79-84
26. Jager W de, Smit J (1978) Design and symbolic analysis of current mode analog circuits.
Technische Hogeschool Twente, Afdeling Der Elektrotechniek 4p
27. Hayashi Y, Goto N, Suzuki T (1984) Equivalent circuit of a gyrator using current conveyor II
(CCII) and its active compensation. Trans IECE J 167:25-32
28. Goto N, Nishio M, Suzuki T (1986) A current conveyor II realized by mosfets and its
application to switched capacitor filters. Electron Commun in Japan (Pt II: Electronics)
69:10-17
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