Zhang Feng-Xiang, Shao Qian-Fen. A HIGH Q LARGE INDUCTOR SIMULATION USING AN INTEGRATED OPERATIONAL AMPLIFIER[J]. Journal of Electronics & Information Technology, 1982, 4(5): 270-275.
Citation:
Zhang Feng-Xiang, Shao Qian-Fen. A HIGH Q LARGE INDUCTOR SIMULATION USING AN INTEGRATED OPERATIONAL AMPLIFIER[J]. Journal of Electronics & Information Technology, 1982, 4(5): 270-275.
Zhang Feng-Xiang, Shao Qian-Fen. A HIGH Q LARGE INDUCTOR SIMULATION USING AN INTEGRATED OPERATIONAL AMPLIFIER[J]. Journal of Electronics & Information Technology, 1982, 4(5): 270-275.
Citation:
Zhang Feng-Xiang, Shao Qian-Fen. A HIGH Q LARGE INDUCTOR SIMULATION USING AN INTEGRATED OPERATIONAL AMPLIFIER[J]. Journal of Electronics & Information Technology, 1982, 4(5): 270-275.
In this article, a high Q large inductor simulation (L = 1H, Q = 252) using an integrated operational amplifier is described. Its Q value is 16 times as great as the inductor simulation (Q = 15.8) using an integrated operational amplifier deseribed in references[1, 2]. As an example, a design method of L = 100 H, Q = 100 inductor simulation using an mtegrated operational amplifier is also given.
D. F. Berndt and S. C. Dutta Roy, IEEE J. on SC, SC-4(1969), 61.[2]S. C. Dutta Roy and V. Nagarajan, IEEE J. on SC, SC-5(1970, 95.[3]秦世才、王朝英,集成运算放大器应用原理,天津人民出版社,1979年,第189页.[4]BP-6型声频频谱记录仪说明书,天津电子仪器厂.
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