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Letters to the Editor

Minimal Realization of RC Oscillators—A Synthesis Approach

, FIETE &
Pages 435-437 | Received 09 Sep 1985, Published online: 02 Jun 2015

REFERENCES

  • BB Bhattacharyya, M Sundaramurthy & MNS Swamy, Systematic generation of canonic sinusoidal RC oscillators, Proc IEE, vol 128, pp 114–126, Jun 1981
  • N Boutin, Two new single op-amp RC bridge-T oscillator circuits, ibid, Pt G, vol 130, pp 222–224, Oct 1983
  • BB Bhattacharyya & M Tavakoli Darkani, A unified approach to the realization of canonic RC-active, single as well as variable, frequency oscillators using operational amplifiers, J Franklin Institute, vol 317, pp 413–439, Jun 1984
  • TS Rathore, Minimal realization of RC voltage transfer functions by unsymmetrical lattice networks, IEEE Trans, vol CAS-22, pp 313–316, Apr 1975
  • TS Rathore & BM Singhi, Network transformations, ibid, vol CAS-27, pp 57–59, Jan 1980
  • SK Mitra, A note on the design of RC notch networks with maximum gain, Proc IEEE, vol 54, p 1487, Oct 1966
  • TS Rathore, A new method of realization of non-minimum phase RC voltage transfer functions, Proc IEEE Int Symp Circuits Systems, p 623, Apr 1974
  • RS Shukla & BN Mishra, Minimal realization of biquadratic RC transfer function, IEEE Trans, vol CT-20, pp 144–147, Mar 1973
  • N Boutin, Synthesis of dual-feedback ideal op-amp oscillator circuits, Electron Lett, vol 18, p 579, Jun 1982

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