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	Highly Linear OTA with 3~(rd) -Order Nonlinearity Superposition Techniques for G_m-C Low-Pass Filter with 34dBm IIP3; Highly Linear OTA with 3~(rd) -Order Nonlinearity Superposition Techniques for G_m-C Low-Pass Filter with 34dBm IIP3
	Jiayi Wang ; Chen Li ; Le Ye ; Huailin Liao ; Ru Huang
	2012
关键词	NMOS amplifier operational Highly linearity compensate utilized SFDR tunable conductance NMOS amplifier operational Highly linearity compensate utilized SFDR tunable conductance
英文摘要	A highly linear operational trans-conductance amplifier(OTA)with 3rd -order nonlinearity superposition technique is proposed. For achieving high linearity,a native threshold voltage NMOS working in linear region is utilized to obtain the positive 3rd -order nonlinear form to compensate the negative ...; A highly linear operational trans-conductance amplifier(OTA)with 3rd -order nonlinearity superposition technique is proposed. For achieving high linearity,a native threshold voltage NMOS working in linear region is utilized to obtain the positive 3rd -order nonlinear form to compensate the negative ...; IEEE Beijing Section; 3
语种	英语
内容类型	其他
源URL	[http://ir.pku.edu.cn/handle/20.500.11897/451144]
专题	信息科学技术学院
推荐引用方式 GB/T 7714	Jiayi Wang,Chen Li,Le Ye,et al. Highly Linear OTA with 3~(rd) -Order Nonlinearity Superposition Techniques for G_m-C Low-Pass Filter with 34dBm IIP3, Highly Linear OTA with 3~(rd) -Order Nonlinearity Superposition Techniques for G_m-C Low-Pass Filter with 34dBm IIP3. 2012-01-01.

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