High Quality of 0.18μm CMOS 5.2GHz cascode LNA for RFID tag applications

Hsin Chia Yang, Ssu Hao Peng, Shea Jue Wang, Mu Chun Wang, Chun Wei Lian, Jie Min Yang, Hung I. Chin, Chuan-Hsi Liu

研究成果: 會議貢獻類型

2 引文 (Scopus)

摘要

An operation in 1.8V supply voltage single-ended cascode low-noise amplifier (LNA) structure was launched. This designed circuit provided the lower noise figure and matched the suitable LC tank to enhance the central operating frequency as well as the excellent input and output impedance matching incorporated into this LNA circuit. In this simulation, the Agilent ADS (Advanced Design System) simulation software and tsmc 0.18 μm CMOS process parameters were adopted to achieve the low-cost characteristics and high integration to fit the performance of 5.2 GHz LNA design under IEEE 802.11a specification. Due to the precise calculation gaining the good impedance matching, the simulation results showed the forward gain (S21) about 12.96dB, as well as less than-15dB isolation (S12). The input impedance (S11) and the output impedance (S22) also represented good performance. In addition, the minimum noise figure and the signal linearity performance were quite good, so that this LNA circuit was better in the availability and possibility of RFID tags.

原文英語
頁面313-316
頁數4
DOIs
出版狀態已發佈 - 2013 五月 27
事件2013 IEEE International Symposium on Next-Generation Electronics, ISNE 2013 - Kaohsiung, 臺灣
持續時間: 2013 二月 252013 二月 26

其他

其他2013 IEEE International Symposium on Next-Generation Electronics, ISNE 2013
國家臺灣
城市Kaohsiung
期間13/2/2513/2/26

指紋

Low noise amplifiers
Radio frequency identification (RFID)
Noise figure
Networks (circuits)
Availability
Specifications
Cascode amplifiers
Electric potential
Costs

ASJC Scopus subject areas

  • Electrical and Electronic Engineering

引用此文

Yang, H. C., Peng, S. H., Wang, S. J., Wang, M. C., Lian, C. W., Yang, J. M., ... Liu, C-H. (2013). High Quality of 0.18μm CMOS 5.2GHz cascode LNA for RFID tag applications. 313-316. 論文發表於 2013 IEEE International Symposium on Next-Generation Electronics, ISNE 2013, Kaohsiung, 臺灣. https://doi.org/10.1109/ISNE.2013.6512354

High Quality of 0.18μm CMOS 5.2GHz cascode LNA for RFID tag applications. / Yang, Hsin Chia; Peng, Ssu Hao; Wang, Shea Jue; Wang, Mu Chun; Lian, Chun Wei; Yang, Jie Min; Chin, Hung I.; Liu, Chuan-Hsi.

2013. 313-316 論文發表於 2013 IEEE International Symposium on Next-Generation Electronics, ISNE 2013, Kaohsiung, 臺灣.

研究成果: 會議貢獻類型

Yang, HC, Peng, SH, Wang, SJ, Wang, MC, Lian, CW, Yang, JM, Chin, HI & Liu, C-H 2013, 'High Quality of 0.18μm CMOS 5.2GHz cascode LNA for RFID tag applications', 論文發表於 2013 IEEE International Symposium on Next-Generation Electronics, ISNE 2013, Kaohsiung, 臺灣, 13/2/25 - 13/2/26 頁 313-316. https://doi.org/10.1109/ISNE.2013.6512354
Yang HC, Peng SH, Wang SJ, Wang MC, Lian CW, Yang JM 等. High Quality of 0.18μm CMOS 5.2GHz cascode LNA for RFID tag applications. 2013. 論文發表於 2013 IEEE International Symposium on Next-Generation Electronics, ISNE 2013, Kaohsiung, 臺灣. https://doi.org/10.1109/ISNE.2013.6512354
Yang, Hsin Chia ; Peng, Ssu Hao ; Wang, Shea Jue ; Wang, Mu Chun ; Lian, Chun Wei ; Yang, Jie Min ; Chin, Hung I. ; Liu, Chuan-Hsi. / High Quality of 0.18μm CMOS 5.2GHz cascode LNA for RFID tag applications. 論文發表於 2013 IEEE International Symposium on Next-Generation Electronics, ISNE 2013, Kaohsiung, 臺灣.4 p.
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abstract = "An operation in 1.8V supply voltage single-ended cascode low-noise amplifier (LNA) structure was launched. This designed circuit provided the lower noise figure and matched the suitable LC tank to enhance the central operating frequency as well as the excellent input and output impedance matching incorporated into this LNA circuit. In this simulation, the Agilent ADS (Advanced Design System) simulation software and tsmc 0.18 μm CMOS process parameters were adopted to achieve the low-cost characteristics and high integration to fit the performance of 5.2 GHz LNA design under IEEE 802.11a specification. Due to the precise calculation gaining the good impedance matching, the simulation results showed the forward gain (S21) about 12.96dB, as well as less than-15dB isolation (S12). The input impedance (S11) and the output impedance (S22) also represented good performance. In addition, the minimum noise figure and the signal linearity performance were quite good, so that this LNA circuit was better in the availability and possibility of RFID tags.",
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AU - Wang, Shea Jue

AU - Wang, Mu Chun

AU - Lian, Chun Wei

AU - Yang, Jie Min

AU - Chin, Hung I.

AU - Liu, Chuan-Hsi

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N2 - An operation in 1.8V supply voltage single-ended cascode low-noise amplifier (LNA) structure was launched. This designed circuit provided the lower noise figure and matched the suitable LC tank to enhance the central operating frequency as well as the excellent input and output impedance matching incorporated into this LNA circuit. In this simulation, the Agilent ADS (Advanced Design System) simulation software and tsmc 0.18 μm CMOS process parameters were adopted to achieve the low-cost characteristics and high integration to fit the performance of 5.2 GHz LNA design under IEEE 802.11a specification. Due to the precise calculation gaining the good impedance matching, the simulation results showed the forward gain (S21) about 12.96dB, as well as less than-15dB isolation (S12). The input impedance (S11) and the output impedance (S22) also represented good performance. In addition, the minimum noise figure and the signal linearity performance were quite good, so that this LNA circuit was better in the availability and possibility of RFID tags.

AB - An operation in 1.8V supply voltage single-ended cascode low-noise amplifier (LNA) structure was launched. This designed circuit provided the lower noise figure and matched the suitable LC tank to enhance the central operating frequency as well as the excellent input and output impedance matching incorporated into this LNA circuit. In this simulation, the Agilent ADS (Advanced Design System) simulation software and tsmc 0.18 μm CMOS process parameters were adopted to achieve the low-cost characteristics and high integration to fit the performance of 5.2 GHz LNA design under IEEE 802.11a specification. Due to the precise calculation gaining the good impedance matching, the simulation results showed the forward gain (S21) about 12.96dB, as well as less than-15dB isolation (S12). The input impedance (S11) and the output impedance (S22) also represented good performance. In addition, the minimum noise figure and the signal linearity performance were quite good, so that this LNA circuit was better in the availability and possibility of RFID tags.

KW - 802.11a

KW - cascode

KW - gain

KW - impedance matching

KW - isolation

KW - LNA

KW - noise figure

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