An Inductorless VHF Wideband LNA with Noise Cancellation Structure

WANG Zijian; HUANG Jiwei

doi:10.13911/j.cnki.1004-3365.200232

[1] WANG H, MA W, XIAO Z, et al. The Design and performance comparison of wide bandwidth LNA with three different kinds of technologies ［C］ ∥ IEEE 13th Int Conf ASIC. Chongqing, China, 2019: 1-4.

[2] CHAGHAEI J, JALALI A, MEGHDADI M. A wideband inductorless LNA employing active complementary current-reuse Balun ［C］ ∥ 27th ICEE. Yazd, Iran. 2019: 108-112.

[3] BINDU P, SUBRAMANIAM P C. CMOS wide band low noise amplifier with current reuse and noise cancellation ［C］ ∥ IEEE Int Conf Commun & Signal Process. Calicut, India. 2011: 65-69.

[4] LI Q, ZHANG Y P, CHANG J S. An inductorless low-noise amplifier with noise cancellation for UWB receiver front-end ［C］ ∥ IEEE ASSCC. Hangzhou, China. 2006: 267-270.

[5] RAGHU S, DURAISWAMY P. High gain and low noise figure single-to-differential CMOS LNA for Ka-band communication system ［C］ ∥ IEEE MTT-S IMaRC. Ahmedabad, India. 2017: 1-4.

[6] DAS I, NALLAM N. Noise cancelation? explained!: the role of feedback in noise-canceling LNAs and receivers ［J］. IEEE Microwave Magaz, 2017, 18(6): 100-109.

[7] MA L, WANG Z, XU J, et al. A 500 kHz-1.4 GHz push-pull differential noise cancellation LNA ［C］ ∥ IEEE ICCSN. Chengdu, China. 2015: 182-185.

[8] ANTONOV A A, SURIN I K, KARPOVICH M S, et al. A high gain 450/900 MHz dual band low noise amplifier for IoT and LTE low-band receivers ［C］ ∥ 20th Int Conf Young Special Micro/Nanotechnol & EDM. Altai Repubic, Russia. 2019: 92-96.

[9] TANG Y, FENG Y, FAN Q, et al. A wideband complementary noise and distortion canceling LNA for high-frequency ultrasound imaging applications ［C］ ∥ Texas Symp WMCS. Waco, TX, USA. 2018: 1-4.

[10] HUANG D R, CHUANG H R, CHU Y K. A 40~900 MHz broadband CMOS differential lna with gain-control for DTV RF tuner ［C］ ∥ IEEE ASSCC. Hsinchu, China. 2005: 465-468.

[11] CHENG T, YANG T, WANG X, et al. A wideband CMOS variable-gain low noise amplifier with novel attenuator ［C］ ∥ IEEE 10th Int Conf ASIC. Shenzhen, China. 2013: 1-4.