Hardware Reference
In-Depth Information
14. Senani R (1979) (Comment) Active simulation of inductors using current conveyor. Electron
Lett 15:112-114
15. Nandi R (1979) A new equal-valued grounded-capacitor resonator realization using current
conveyor. Proc IEEE 67:370-371
16. Senani R (1979) Novel active RC circuit for floating-inductor simulation. Electron Lett
15:679-680
17. Nandi R (1979) Insensitive grounded-capacitor simulation of grounded inductors using
current conveyors. Electron Lett 15:693-694
18. Pookaiyaudom S, Srisarakham W (1979) Realization of stable current controllable
frequency-dependent positive resistance. Proc IEEE 67:1660-1662
19. Singh V (1979) A new active-RC circuit realization of floating inductance. Proc IEEE
67:1659-1660
20. Singh V (1979) Realization of floating inductance using current conveyor. Proc IEEE
67:1573-1574
21. Rathore TS, Singh BM (1979) Simulation of RL impedances suitable for micro-
miniaturization. Microelectron Reliab 19:233-235
22. Rathore TS (1980) Corrections to simulation of RL impedances suitable for micro-
miniaturization. Microelectron Reliab 20:767-768
23. Patranabis D, Tripathi MP, Roy SB (1979) A new approach for lossless floating inductor.
IEEE Trans Circ Syst 26:892-893
24. Patranabis D, Paul AN (1980) Floating inductor with two current conveyors. Int J Circ Theor
Appl 8:457-468
25. Pal K (1980) Realization of ideal grounded inductances and frequency dependent negative
resistances using current conveyors and without matched components. Int J Circ Theor Appl
9:242-245
26. Singh V (1980) Novel active RC realisations of tunable floating inductors. Electron Lett
16:758
27. Pal K (1980) Novel F.D.N.C Simulation using current conveyors. Electron Lett 16:639-641
28. Senani R (1980) New tunable synthetic floating inductors. Electron Lett 16:382-383
29. Senani R (1980) Novel active RC realisations of tunable floating inductors. Electron Lett
16:154-155
30. Rathore TS, Singh BM (1980) Active RC synthesis of floating immittances. Int J Circ Theor
Appl 8:184-188
31. Rathore TS (1980) Grounded capacitor synthesis of RL impedances based on lagging current
concept. Int J Circ Theor Appl 8:461-465
32. Salawu RI (1980) Realization of frequency dependent negative resistance. Microelectron
Reliab 20:853-857
33. Paul AN, Patranabis D (1981) Active simulation of grounded inductors using a single current
conveyor. IEEE Trans Circ Syst 28:164-165
34. Singh V (1981) Active RC single-resistance controlled lossless floating inductance simula-
tion using single grounded capacitor. Electron Lett 17:920-921
35. Senani R (1982) Novel Lossless synthetic floating inductor employing a grounded capacitor.
Electron Lett 18:413-414
36. Nandi R, Nandi S (1983) Novel insensitive floating inductor simulation using single current
conveyor. Int J Electron Commun (AEU) 37:393-396
37. Nandi S, Jana PB, Nandi R (1983) Floating ideal FDNR using current conveyors. Electron
Lett 19:251
38. Paul AN, Dey AN, Patranabis D (1983) A floating NIC without constraint and its application.
IEEE Trans Circ Syst 30:181-183
39. Senani R (1984) Novel application of generalised current conveyor. Electron Lett
20:169-170; also see ibid (1984) 20: 356
40. Senani R (1984) Floating ideal FDNR using only two current conveyors. Electron Lett
20:205-206
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