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Original Articles

Evaluating the Frequency Limitations of Operational Amplifier RC Networks: The Dominant-Pole Technique and Its Application to Inductance Simulation

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Pages 703-708 | Received 19 Sep 1975, Published online: 11 Jul 2015

REFERENCES

  • Mitra (SK). Ed. Active Inductorless Filters. 1971. IEEE Press, New York. P 205–208.
  • Petrela (DM) and Budak (A). Open-loop gain sensitivity of active filters using a single finite bandwidth voltage amplifier. Proc. 14th Midwest Symp. Circuit Theory. 1971; paper 14.2.
  • Budak (A) and Petrela (DM). Frequency limitations of active filters using operational amplifiers. IEEE Trans. CT-19, 4; 1972; 322–328.
  • Faulkner (EA) and Grimbleby (JB). Active filters and gain-bandwidth product. Electron. Letts. 6, 17; 1970; 549–550.
  • Faulkner (EA) and Grimbleby (JB). The effect of amplifier gain-bandwidth on performance of active filters. Radio and Electron. Engr. 43, 9; 1973; 347–352.
  • Dutta Roy (SC). On operational amplifier simulation of grounded inductance. Arch. Elektr. Übertragung. 29, 3; 1975; 107–115.
  • Ghausi (MS). Electronic Circuits. 1971. Van-Nostrand Reinhold. New York. P 216–220.
  • Millman (J) and Halkias (CC). Integrated Electronics. 1972. McGraw Hill, New York. P 382.
  • Dutta Roy (SC) and Ahmed (MT). Second-order active RC band-pass filters using operational amplifier in low gain connection. JIETE. 21, 5; 1975; 248–252.

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