Circuits designed to use current as the active parameter can often outperform by a significant margin the more traditional voltage mode formulations. Many wideband circuit functions and new design opportunities are available by using current mirrors and current conveyors as basic building blocks.
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References
1.
WilsonB., ‘Current mirrors, amplifiers and dumpers’, Wireless World, 87, pp. 47–50 (December 1981)
2.
WilsonB., ‘A low-distortion bipolar feedback current amplifier technique’, Proc. IEEE, 69, pp. 1514–1515 (1981)
3.
BarkerR. W. J. and HartB. L., ‘Negative current-mirror using n-p-n transistors’, Electronics Utters, 13, pp. 311–312 (1977)
4.
HuijsingJ. H. and VeelenturfC. J., ‘Monolithic class AB operational mirrored amplifier’, Electronics Letters, 17, pp. 119–120 (1981)
SedraA. and SmithK. C., ‘A second generation current conveyor and its applications’, IEEE Trans., CT-17, pp. 132–134 (1970)
7.
Sharif-BakhtarM. and AronhimeP., ‘A current conveyor realisation using operational amplifiers’, International Journal of Electronics, 45, pp. 283–288 (1978)
8.
SenaniR., ‘Novel circuit implementation of current conveyors using an OA and an OTA’, Electronics Utters, 16, pp. 2–3 (1980)
9.
WilsonB., ‘High performance current conveyor implementation’, Electronics Letters, 20, pp. 990–991 (1984)
10.
WilsonB., ‘Floating FDNR employing a new CCII — conveyor implementation’, Electronics Utters, 21, pp. 996–997 (1985)
11.
LidgeyF. J. and ToumazouC., ‘Accurate current follower’. Electronics and Wireless World, 92, pp. 17–19 (April 1985)
12.
WilsonB., ‘A new look at gain-bandwidth product’, Electronics and Wireless World, 94, pp. 834–836 (August 1987)
13.
AllenP. E. and TerryM. B., ‘The use of current amplifiers for high performance voltage applications’, IEE J. of Solid State Circuits, SC-15, pp. 155–162 (1980)
14.
ToumazouC. and LidgeyF. J., ‘Floating-impedance convertors using current conveyors’, Electronics Letters, 21, pp. 640–642 (1985)
15.
SenaniR., ‘Floating ideal FDNR using only two current conveyors’, Electronics Letters, 20, pp. 205–206 (1984)
16.
NawrockiR. and KleinV., ‘New OTA-capacitor realisation of a universal biquad’, Electronics Letters, 22, pp. 50–51 (1986)
17.
ToumazouC. and LidgeyF. J., ‘Universal active filter using current conveyors’, Electronics Letters, 22, pp. 662–664 (1986)
18.
ChongC. P. and SmithK. C., ‘Sinusoidal oscillators employing current conveyors’, International Journal of Electronics, 62, pp. 515–520 (1986)
19.
ToumazouC. and LidgeyF. J., ‘Fast current-mode precision rectifier’, Electronics and Wireless World, 94, pp. 1115–1118 (November 1987)
20.
GilbertB., ‘Translinear circuits: a proposed classification’, Electronics Letters, 11, pp. 14–16 (1975)
21.
WilsonB., ‘Using current conveyors’, Electronics and Wireless World, 93, pp. 28–32 (April 1986)