Abstract
A bibliography on research work related to ‘nullors’ and their applications in circuit analysis, synthesis and design, covering the period 1961–2000, is given.
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References
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Carlin, H. J., “Singular network elements.” IEEE Trans. Circuit Theory 11(1), pp. 67-72, 1964, [A].
Myers, B. R., “New subclass of negative impedance converters with improved gain-product sensitivity.” Electronics Letters 1(5), pp. 68-70, 1965, [A], [DI].
Myers, B. R. and Martinelli, G., “Nullor model of the transistor,” in Proc. IEEE 53(7), pp. 258-259, 1965, [A].
Butler, E. and Mitra, S. K., “An equivalent circuit for the operational amplifier,” in Proceedings of 3rd Allerton Conference on Circuit and System Theory, 1965, [A].
Martinelli, G., “On the nullor,” in Proc. IEEE 53(3), p. 332, 1965, [A].
Braun, J., “Equivalent NIC networks with nullators and norators.” IEEE Trans. Circuit Theory 12(3), pp. 441-442, 1965, [A].
Saraga, W., “Analysis of active networks.” IEE Colloquium on Network Analysis, London, 1965, [A].
Davies, A. C., “Matrix analysis of networks containing nullators and norators.” Electronics Letters 2(2), pp. 48-49, 1966, [A].
Davies, A. C., “Topological solution of networks containing nullators and norators.” Electronics Letters 2(3), pp. 90-92, 1966, [A].
Anderson, B. D. and Newcomb, R. W., “Degenerate networks,” in Proc. IEEE 54(4), pp. 694-695, 1966, [M].
Tellegen, B. D. H., “On nullators and norators.” IEEE Trans. Circuit Theory 13(4), pp. 466-469, 1966, [M].
Martinelli, G., “RC transformer-less networks containing nullors.” Alta Frequenza 35, pp. 156-162, 1966, [A].
Braun, J., “Topological analysis of networks containing nullators and norators.” Electronics Letters 2(11), pp. 427-428, 1966, [A].
Davies, A. C., “Nullator-norator equivalent networks for controlled sources,” in Proc. IEEE 55(5), pp. 722-723, 1967, [A].
Davies, A. C., “The significance of nullators, norators and nullors in active network theory.” The Radio and Electronic Engineer 34, pp. 259-267, 1967, [A].
Martinelli, G., “Explicit criterion for the stability of a linear active network containing transistors,” in Proc. IEE 114(12), pp. 1867-1870, 1967, [A].
Carlin, H. J., “On the existence of a scattering representation for passive networks.” IEEE Trans. Circuit Theory 14(4), pp. 418-419, 1967, [M].
Bendik, J., “Equivalent gyrator networks with nullators and norators.” IEEE Trans. Circuit Theory 14(1), p. 98, 1967, [A].
Saito, M., “Reciprocity in active networks.” Electronics and Communication in Japan 50(7), pp. 60-64, 1967, [M].
Mitra, S. K., “Equivalent circuit of gyrators.” Electronics Letters 3(7), pp. 333-334, 1967, [DI].
Mitra, S. K., “Non-reciprocal negative impedance inverter.” Electronics Letters 3(8), p. 388, 1967, [DI].
Mitra, S. K., “Nullator-norator equivalent circuits of linear active elements and their applications,” in Proceedings of Asilomar Conference on Circuits and Systems, pp. 267-276, 1967, [A].
Antoniou, A., “New gyrator circuits obtained by using nullors.” Electronics Letters 4(5), pp. 87-88, 1968, [DI].
Antoniou, A., “Stability properties of some gyrator circuits.” Electronics Letters 4(23), pp. 510-512, 1968, [A].
Martinelli, G. and Porto, P. G., “Minimal number of nullors for realising active gyrators.” Electronics Letters 4(13), pp. 273-274, 1968, [A], [DI].
Brayshaw, G. S., “Simplified topological solutions of networks containing nullators and norators.” Electronics Letters 4, p. 276, 1968, [A].
Bruton, L. T., “Frequency selectivity using positive impedance converter type network,” in Proc. IEEE 56, pp. 1378-1379, 1968, [A], [DI].
Mitra, S. K., “Alternate realisations of four-terminal and three terminal negative-impedance inverters,” in Proc. IEEE 56(3), p. 368, 1968, [DI].
Antoniou, A., “Simulation of controlled sources using Op-amps.” IEEE Trans. Education E12(1), pp. 71-74, 1969, [A], [DG].
Antoniou, A., “Realisation of gyrators using Op-amps and their use in RC-active network synthesis,” in Proc. IEE 116(11), pp. 1838-1850, 1969, [DI], [DG].
Someda, C. G., “The bigenerator-an active pathological network.” IEEE Trans. Circuit Theory 16(1), pp. 125-126, 1969, [M].
Åkerberg, D. and Mosseberg, K., “Low sensitivity easily trimmed standard building block for active RC filter.” Electronics Letters 5(21), pp. 528-529, 1969, [A], [DF].
Brayshaw, G. S., “Topological analysis of networks containing nullators and norators.” IEEE Trans. Circuit Theory 16(2), pp. 226-227, 1969, [A].
Bruton, L. T., “Non-ideal performance of a class of positive immittance inverters.” IEEE Trans. Circuit Theory 16(4), pp. 572-573, 1969, [A].
Daniels, R. W., “The synthesis of fundamental gyrators.” IEEE Trans. Circuit Theory 16(4), pp. 543-545, 1969, [DI].
Daniels, R. W., “A nullator norator synthesis procedure applied to gyrators,” in Proceedings of 12th Midwest Symposium on Circuit Theory, pp. IX 3.1-3.8, 1969, [A], [DI].
Director, S. W. and Rohrer, R. A., “The generalised adjoint network and network sensitivities.” IEEE Trans. Circuit Theory 16(3), pp. 318-323, 1969, [M].
Bruton, L. T., “Nonideal performance of two-amplifier positive-impedance converter.” IEEE Trans. Circuit Theory 17(4), pp. 541-549, [A], [DI].
Williams, P., “All pass networks using Wien's bridge.” Electronics Letters 6(6), pp. 183-185, 1970, [DF].
Williams, P., “Notch filters using Wien's bridge.” Electronics Letters 6(6), pp. 185-186, 1970, [DF].
Williams, P., “Bandpass filters using Wien's bridge.” Electronics Letters 6(6), pp. 186-187, 1970, [DF].
Williams, P., “Alternative allpass filters using Wien's bridge.” Electronics Letters 6(6), p. 188, 1970, [DF].
Iyer, T. S. K. V. and Verma, N. S., “Analysis and synthesis of active networks using nullators and norators.” Conference Digest International Conference on Microelectronics Circuit and System Theory, Sydney, pp. 44-45, 1970, [A].
Pauker, V. M., “Equivalent network with nullors for positive immittance inverters.” IEEE Trans. Circuit Theory 17(4), pp. 642-644, 1970, [A], [DI].
Parten, M. E. and Seacat, R. H., “Topological analysis of networks containing nullators and norators using residual networks,” in Proceedings of 21 Southwest IEEE Conference & Exhibition, pp. 39-42, 1971, [A].
Bialko, M., “Application of nullators and norators for equivalent linear active network generation.” Rozprawy Electrotech 17(3), pp. 399-410, 1971, [A], [DG].
Walter, N., Cox, Jr., Su, K. L. and Woodland, R. P., “A floating three terminal nullor and the universal impedance converter.” IEEE Trans. Circuit Theory 18(3), pp. 399-400, 1971, [A], [DI].
Allen, P. E. and Green, C., “Design of the PIC and its use in transfer function realisation,” in Proceedings of the 5th Asilomar Conference on Circuits and Systems, pp. 567-571, 1971, [DI], [DG].
Williams, P., “Wien oscillators.” Wireless World 77, pp. 541-547, 1971, [DO].
Daniels, R. W., “A method for generating some active circuits.” IEEE Trans. Circuit Theory 18(3), pp. 397-399, 1971, DG].
Chakarbarty, S. and Choudhury, A. K., “Transistor-resistor realisation of negative resistance circuits employing two ideal transistors.” International Journal of Electronics 30(5), pp. 449-471, 1971, [A], [DG].
Klein, W., “Analysis of circuits with nullors.” Nachrichtentechnische zeit 24(10), pp. 497-501, 1971, [A].
Saraga, W., “Frequency-selective networks suitable for microelectronic realisation.” Journal of Science and Technology 38(7), pp. 128-138, 1971, [A], [DG].
Galani, Z. and Szentirmai, G., “D.C. operation of three transistor gyrators.” IEEE Trans. Circuit Theory 18(6), pp. 738-739, 1971, [M].
Soliman, A. M., “Two new LC mutators and their realisations.” IEEE Trans. Circuit Theory 18(4), pp. 371-372, [DI].
Soliman, A. M., “Nullator-norator models of Chua's second type L-C mutator,” in Proceedings of 15th Midwest Conference on Circuit Theory, pp. III/4-10, 1972, [DI].
Bruton, L. T., “A transistor realisation of the generalised impedance converter.” The Radio and Electronic Engineer 42(3), pp. 133-136, 1972, [A], [DI].
Bruton, L. T., “A voltage-tuned gyrator.” IEEE Journal of Solid State Circuits 7(1), pp. 90-92, 1972, [DI].
Bruton, L. T. and Pederson, R. T., “Tunable RC-active filters using periodically switched conductances,” in Proceedings of IEEE International Conference on Circuit Theory, pp. 350-354, 1972, [DF].
Parten, M. E. and Seacat, R. H., “Analysis of active networks by nullator-norator residual networks,” in Proceedings of 6 th Asilomar Conference on Circuits and Systems, pp. 522-525, 1972, [A].
Parten, M. E. and Seacat, R. H., “Obtaining driving point and transfer functions using nullator norator residual networks,” in Proceedings of 15th Midwest Conference on Circuit Theory, pp. XIII/2-10, 1972, [A].
Braunling, R. D. and Brown, D. R., “Analysis of electrical networks containing nullators and norators,” in Proceedings of 15th Midwest Conference on Circuit Theory, pp. XV/4-8, 1972, [A].
Yu, R., “N-poles and nullator norator circuits.” Electronics Letters 8(2), pp. 22-23, 1972, [A].
Szepesi, T. and Guttermuth, M., “Topological analysis of linear active network.” Hiradastechnika 23(2), pp. 56-61, 1972, [A].
Mikhael, W. B. and Bhattacharayya, B. B., “Stability properties of some RC active realisations.” Electronics Letters 8(11), pp. 288-289, 1972, [A].
Lee, Y. K., “A study on the GIC circuits and its application.” Journal of Korean Institute of Electronics Engineering 9(3), pp. 9-16, 1972, [A].
Rao, Y., “Active RC network synthesis using nullators and norators.” IEEE Trans. Circuit Theory 19(4), pp. 317-322, 1972, [DG].
Sharma, C. K. and Dutta Roy, S. C., “Limitations of gyrators and inductance simulation using pathological elements.” Indian Journal of Pure and Applied Physics 11(11), pp. 821-823, 1973, [M].
Coldham, D. B. and Bruton, L. T., “Computer analysis of nullor networks.” Electronics Letters 9(4), pp. 80-81, 1973, [A].
Fodor, G., “Analysis of linear networks containing two-ports and coupled two-ports.” Periodical Polytechnica-Electrical Engineering 17(4), pp. 321-332, 1973, [A].
Vago, I. and Hollos, E., “Two port models with nullators and norators.” Periodical Polytechnica-Electrical Engineering 17(4), pp. 301-309, 1973, [A].
Vago, I., “Calculation of network models containing nullators and norators.” Periodical Polytechnica-Electrical Engineering 17(4), pp. 311-319, 1973, [A].
Bruton, L. T., Trofimenkoff, F. N. and Treleaven, D. H., “Noise performance of low-sensitivity active filters.” IEEE Journal of Solid State Circuits 8(1), pp. 85-91, 1973, [A].
Bruton, L. T. and Pederson, R. T., “Tunable RC-active filters using periodically switched conductances.” IEEE Trans. Circuit Theory 20(3), pp. 294-301, 1973, [A], [DI], [DF].
Bruton, L. T., “Topological equivalence of inductorless ladder structures using integrators.” IEEE Trans. Circuit Theory 20(4), pp. 434-437, 1973, [A].
Fliege, N., “A new class of second order RC active filters with two operational amplifiers.” Nachrichtentecnische zeit 26, pp. 279-282, 1973, [A], [DF].
Radulescu, T., “The importance and feasibility of the gyrator.” Posta Telecomunicatti 3(3), pp. 145-147, 1973, [DI].
Heinz, T., “Analysis of linear active (n + 1) poles by simple transformations of the nodal admittance matrix.” IEEE Trans. Circuit Theory 20(5), pp. 575-577, 1973, [A].
Bondarenko, A. V., “Nullator-norator models for controlled voltage and current sources.” Telecommunication and Radio Engineering 28-29(7), pp. 126-128, 1974, [A], [DG].
Bondarenko, A. V., “Towards the realisation of an arbitrary nxn matrix of voltage transfer functions.” Izvestia vysshikh vehebnykh zavedenii energetika 2, pp. 28-34, 1974, [DG].
Åkerberg, D. and Mosseberg, K., “A versatile building block with inherent compensation for the finite bandwidth of the amplifier.” IEEE Trans. Circuits Syst. 21(1), pp. 75-78, 1974, [DG].
Deprettre, E., “On the minimal realisation of gyrators by nullors and resistors,” in Proceedings of the European Conference on Circuit Theory and Design-1974, pp. 377-382, 1974, [A], [DI].
Vago, I., “Determination of state equation of linear networks using nullator-norator models.” Hiradastechnika 25(9), pp. 258-261, 1974, [A].
Adams, K. M. and Deprettre, E., “On the realisation of gyrators by nullors and resistors.” International Journal of Circuit Theory and Applications 2, pp. 287-290, 1974, [DI].
Khusainov, Sh. N., “Degenerated and anomalous multipoles,” in Proceedings of the Academy of Sciences USSR 12(2), pp. 149-154, 1974, [M].
Bruton, L. T., “Frequency limitation of coupled biquadratic active ladder structures.” IEEE Journal of Solid State Circuits 9(2), pp. 70-72, 1974, [A].
Ramamoorthy, P. A. and Thulsiraman, K., “Active RC n-port synthesis using nullators and norators.” IEEE Trans. Circuits Syst. 21(2), pp. 206-208, 1974, [A], [DG].
Williams, P., “Nullor representation of variable-frequency RC oscillator.” Electronics Letters 10(15), p. 294, 1974, [DO].
Jain, P. C. and Ramakrishanan, K. V., “Nullators and norators simplify design of RC active filters.” Journal of the Institution of Electronics and Telecommunication 20(12), pp. 566-568, 1974, [A], [DF].
Heinz, T., “Synthesis of linear active RC networks by matrix expansion.” AEU 28(6), pp. 245-256, 1974, [A], [DG].
Matsumoto, T. and Kato, Y., “Existence of unique solutions and the state equations for linear active networks containing singular network elements.” Trans. IECE of Japan 57A, p. 629, 1974, [A].
Matsumoto, T. and Kato, Y., “Equivalent controlled source networks with nullators and norators.” Trans. IECE of Japan 57A, p. 630, 1974, [A].
Stamenkovic, B. B., “Realisation of open-circuit voltage transfer matrices by grounded nullor.” Electronics Letters 11(6), pp. 134-136, 1975, [DG].
Stamenkovic, B. B., “Synthesis of voltage transfer matrices with active RC networks embedding nullors.” International Journal of Circuit Theory and Applications 3, pp. 355-364, 1975, [DG].
Horrocks, D. H. and Antoniou, A., “Design of precision rectifiers using operational amplifiers,” in Proc. IEE 122(7), p. 720, 1975, [A].
Deprettere, E., “On the minimal realisation of the gyrator by means of nullors and resistors I.” International Journal of Circuit Theory and Applications 3, pp. 383-390, 1975, [DI].
Nenov, G. A. and Sabev, L. L., “Synthesis and investigation of a gyrator structure.” ElectroProm-St & Pribosrostr. 10(3), pp. 91-96, 1975, [DI].
Nenov, G. A., “On the analysis of active linear electric circuits.” ElectroProm-St & Pribosrostr. 10(6), pp. 260-263, 1975, [A].
Odes, L. and Ur, H., “Active circuit design using nullator-norator models to represent real Op-amps and controlled sources,” in Proceedings of the 9th Convention of Electrical & Electronics Engineers in Israel 1-3, pp. 1-12, 1975, [DG].
Silva, M. M., “On the realisation of one-nullor gyrator,” in Proc. IEEE Int. Symp. CAS-1975, pp. 273-276, 1975, [A], [DI].
Silva, M. and Saraga, W., “On the classification of active RC circuits simulating floating Inductors,” in Proceedings of the Third International Symposium on Network Theory, Split, Yugoslavia, 1975, pp. 489-496, 1975, [DI].
Chehun, Y. and Giresunlu, E., “State equations for networks containing nullators and norators,” in Proceedings of the Third International Symposium on Network Theory, Split, Yugoslavia, pp. 113-120, 1975, [A].
Deprettere, E., “On the minimal realisation of the gyrator by means of nullors and resistors II.” International Journal of Circuit Theory and Applications 4, pp. 285-297, 1976, [DI].
Moschytz, G. S., “The morphological approach to network and circuit design.” IEEE Trans. Circuits Syst. 23(4), pp. 239-242, 1976, [A].
Vago, I., “State equations for linear network models containing nullators and norators.” Periodical Polytechnica Electrical Engineering 20(4), pp. 411-416, 1976, [A].
Reddy, M. A., “Some new operational amplifier circuits for the realisation of lossless floating inductance.” IEEE Trans. Circuits Syst. 23(3), pp. 171-173, 1976, [DI].
Matsumoto, T., Kanemaki, K. and Hibono, K., “Minimal realisation of negative resistors by means of nullors and positive resistors.” Trans. IECE of Japan E59-A(8), p. 18, 1976, [A].
Yanagisawa, T. and Kanbayashi, N., “Realisation of arbitrary conductance matrix using operational amplifiers.” Electronics and Communication in Japan E59-A(5), pp. 45-52, 1976, [A].
Yanagisawa, T. and Kanbayashi, N., “Realisation of arbitrary conductance matrix using operational amplifiers,” in Proc. IEEE Int. Symp. CAS-1976, pp. 532-535, 1976, [DG].
Bondarenko, A. V., “Realisation of voltage transfer function by inertial amplifiers.” Electrichestvo 3, pp. 33-38, 1977, [DG].
Bondarenko, A. V., “Synthesizing immittance matrices with nullors.” Izvestia vysshikh vehebnykh zavedenii energetika 2, pp. 28-35, 1977, [DG].
Huijsing, J. H. and Dekorte, J., “Monolithic nullor-A universal active network element.” IEEE Journal of Solid State Circuits 12(1), pp. 59-64, 1977, [H].
Haslett, J. W., “A novel null detector circuit.” IEEE Trans. Instrum. Meas. 26, pp. 372-373, 1977, [A].
Hashemian, R., “Symbolic representation of network transfer functions using norator-nullator pairs.” IEE Journal of Electronic Circuits and Systems 1(6), pp. 193-197, 1977, [A].
Hashemian, R., “Application of nullators and norators in circuit modeling and sensitivity analysis,” in Proceedings of CAD of Electronic and Microwave Circuit and Systems Univ. of Hull (UK), pp. 90-95, 1977, [A].
Kielbasa, R. and Datte, F., “Contribution of pathological circuit theory to linear electronics.” Onde Electronics 57(4), pp. 305-311, 1977, [A].
Matsumoto, T., “Two ports realised by using only nullators and norators.” Electronics and Communication in Japan 60-A(5), pp. 34-41, 1977, [DG].
Stevenson, J. K., “Network synthesis by admittance matrix expansion,” in Proceedings of IEE Colloquium on Electronic Filters (London), pp. 5-9, 1978, [A].
Fujii, N., “D.C. stability of nullator-norator circuits realised with Op-amps.” Trans. IECE of Japan E61(8), pp. 625-630, 1978, [A].
Palomera-Gracia, R., “Generation of active RC-circuits by the nullor equivalence concept,” in Proceedings of the European Conference on Circuit Theory and Design-1978, pp. 53-57, 1978, [A], [DG].
Matsumoto, T. and Kanemati, K., “Systematic topologically minimal realisation of a generalised immittance inverter by means of nullors and positive resistors.” Trans. IECE of Japan E61(11), pp. 912-914, 1978, [DI].
de Jager, W. and Smit, J., “Design and symbolic analysis of current-mode analog circuits.” Afdelingder Elektrotechniek, 1978, [A].
Imai,Y. and Shinozaki, T., “On the realisation of LC simulation circuits using Op-amps.” Trans. IECE of Japan E61(5), p. 388, 1978, [A], [DG].
Petersen, B., “The qualitative appearance of linear active network function by means of matroids,” in Proc. IEEE Int. Symp. CAS-1979, pp. 992-995, 1979, [M].
Petersen, B., “Investigating solvability and complexity of linear active networks by means of matroids.” IEEE Trans. Circuits Syst. 26(5), pp. 330-342, 1979, [A].
Nenov, G. A., “Synthesis of active RC-two ports with variable transfer function,” in Proc. IEEE Int. Symp. CAS-1979, pp. 378-379, 1979, [DG].
Nenov, G. A., “Synthesis of active RC-biquads using generalised immittance converters.” International Journal of Circuit Theory and Applications 7, pp. 187-200, 1979, [A], [DF], [DI].
Pomichalek, J., “Nullors in the synthesis of active electromechanical filters,” in Proc. IEEE Int. Symp. CAS-1979, pp. 1082-1083, 1979, [DF].
Haslett, J. W. and Rao, M. K. N., “A high quality controlled current source.” IEEE Trans. Instru. Meas. 28(2), pp. 132-140, 1979, [H].
Rao, M. K. N., Haslett, J. W. and Bruton, L. T., “Novel GIC suitable for RC active filter applications.” Electronics Letters 15(15), pp. 462-464, 1979, [H], [DI], [DF].
Silva, M., “On the realisation of immittance inverters with a minimum number of active components.” IEEE Trans. Circuits Syst. 26(11), pp. 931-935, 1979, [DI].
Palomera-Garcia, R., “Two active network transformations based on the complementary property of passive RC multiterminal networks,” in Proc. IEEE Int. Symp. CAS-1979, pp. 386-387, 1979, [A].
Dutta Roy, S. C. and Pyara, V. P., “Single element controlled oscillators: A network synthetic approach,” in Proc. IEEE 67(11), pp. 1565-1566, 1979, [A], [DO].
Inou, T. and Ueno, F., “On the simplest two-and four terminal inductance simulation networks using a single ideal transistor.” Trans. IECE of Japan J62-A(9), pp. 610-611, 1979, [DI].
Patranabis, D. and Paul, A. N., “Floating inductors with two current conveyors.” International Journal of Circuit Theory and Applications 8, pp. 457-468, 1980, [DI].
Ökenek, H. and Moschytz, G. S., “Analysis of multiphase switched capacitor (msc) network using the indefinite admittance matrix (iam).” IEE Proc. Pt. G 127(5), pp. 226-241, 1980, [A].
Grimbley, J. B., “Symbolic analysis of circuits containing active elements.” Electronics Letters 17, pp. 754-755, 1981, [A].
Haslett, J. W., Rao, M. K. N. and Bruton, L. T., “High frequency active filter design using monolithic nullors.” IEEE Journal of Solid State Circuits 15(6), pp. 955-962, 1980, [DF], [H].
Haslett, J. W., Rao, M. K. N. and Bruton, L. T., “Monolithic VCCS for high frequency RC-active filters.” Electronics Letters 16(5), pp. 175-177, 1980, [H].
Odes, L. and Ur., H., “Nullor equivalent networks of non-ideal Operational amplifiers and voltage controlled sources.” IEEE Trans. Circuits Syst. 27, pp. 231-235, 1980, [A].
Zlatev, P. and Nenov, G. A., “Synthesis of active RC systems with a multiport gyrator and defined structure.” IEEE Trans. Circuits Syst. 27(3), pp. 191-199, 1980, [DI], [DG].
Williams, P., “RC oscillators: Single-element frequency control.” Wireless World 86(1539), pp. 82-83, 1980, [A], [DO].
Matsumoto, T., “Topological synthesis of multi-port active RC networks using nullators and norators,” in Proc. IEEE Int. Symp. CAS-1980, pp. 95-100, 1980, [DG].
Sonersen, V., “Norator-nullator formulation of the network functions for switched capacitor circuits,” in Proceedings of the European Conference on Circuit Theory and Design-1980, pp. 153-158, 1980, [A].
Hollos, E., “Two-port models containing nullators and norators.” Periodical-Polytechnica Electrical Engineering 25(3), pp. 167-170, 1981, [A].
Hollos, E., “The method of loop currents for networks containing nullators and norators.” Periodical Polytechnica Electrical Engineering 25(3), pp. 211-218, 1981, [A].
Hollos, E., “The method of cut voltages for networks containing nullators and norators.” Periodical Polytechnica Electr. Engineering 25(3), pp. 241-247, 1981, [A].
Nordholt, E. H., “Classes and properties of multiloop negative feedback amplifiers.” IEEE Trans. Circuits Syst. 28(3), pp. 203-211, 1981, [A].
Suoc., Hoang, “Direct topological method of analysis of networks containing Op-amps.” Arch. Electrotech 30(4), pp. 911-922, 1981, [A].
Stevenson, J. K., “Transformation for active RC networks.” IEE Proc. Pt. G 128(4), pp. 182-183, 1981, [DG].
Goras, L., “Linear and non-linear mutators derived from GIC-type configurations.” IEEE Trans. Circuits Syst. 28(2), pp. 165-168, 1981, [A].
Bruton, L. T. and Bhattacharjee, G., “Formulation of nodal charge equations of switched capacitor networks containing nullors,” in Proceedings of the European Conference on Circuit Theory And Design-1981, pp. 110-117, 1981, [A].
Bruton, L. T., Haslett, J. W. and Rao, M. K. N., “High frequency active filtering using transconductance type circuits,” in Proceedings of the European Conference On Circuit Theory And Design-1981, pp. 399-406, 1981, [H].
Bruton, L. T., Haslett, J. W. and Rao, M. K. N., “High frequency GIC filters using integrated transconductance type active devices.” IEE Proc. Pt. G 128(4), pp. 187-188, 1981, [DF], [DI].
Palomera Gracia, R., “Comments on Voltage transfer function shift theorem.” Electronics Letters 17(19), p. 721, 1981, [A].
Massara, R. E. and Al-Najjar, A. R., “FDNR realisation of all-pole low-pass filters.” IEE Proc. Pt. G 128(4), pp. 195-197, 1981, [DF].
Mikhael, W. B. and Michael, S., “Active filter design for high frequency operation,” in Proceedings of 24th Midwest Symposium on Circuits and Systems, pp. 573-576, 1981, [A], [DG].
Kato, Y. and Matsumoto, T., “Stability of nullator-norator modeled resistive networks realised with transistors.” Trans. IECE of Japan E64(12), p. 817, 1981, [A].
Nordholt, E. H., “Extending Op-amp capabilities by using a current-source power supply.” IEEE Trans. Circuits Syst. 29(6), pp. 411-414, 1982, [M].
Hollos, E., “Two port models containing nullators and norators.” Hiradastechnika 33(11), pp. 493-502, 1982, [A].
Wierzba, G. M. and Stewart, S. C., “The theory and application of op-amp relocation,” in Proceedings of the Fourteenth IEEE Southeastern Symposium on Circuits and Systems, pp. 97-100, 1982, [A], [DG].
Svoboda, J. A. and Wojick, R. J., “Sensitivity analysis of RLC nullor network.” International Journal of Circuit Theory and Applications 10, pp. 149-150, 1982, [A].
Bruton, L. T. and Bhattacharjee, G., “Formulation of the nodal equation of switched capacitor network containing nullors.” Canadian Electronics Journal 17(2), pp. 21-27, 1982, [A].
Bruton, L. T., Bailey, G. R. and Bhattacharjee, G., “Loop equation formulation for switched capacitor networks containing nullors,” in Proc. IEEE Int. Symp. CAS-1982 1, pp. 29-31, 1982, [A].
Bryson, P. R. and Wierzba, G. M., “Theory and Application of semi-indefinite networks.” IEE Proc. Pt. G 129(6), pp. 285-290, 1982, [A].
Matsumoto, T. and Hibono, K., “Network structure and minimum number of elements in the topological realisation of GIC.” Trans. IECE of Japan E65(2), p. 129, 1982, [DI].
Matsumoto, T. and Hibono, K., “A method to obtain the specified N-port networks from voltage and current graphs and its application to the topologically minimal realisations of GICs.” Trans. IECE of Japan E65(2), p.129, 1982, [A].
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Kumar, P., Senani, R. Bibliography on Nullors and Their Applications in Circuit Analysis, Synthesis and Design. Analog Integrated Circuits and Signal Processing 33, 65–76 (2002). https://doi.org/10.1023/A:1020337229998
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DOI: https://doi.org/10.1023/A:1020337229998