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Research on Design Method and Application of Bandgap Voltage Reference
- 1 International College of Microelectronics, Dongguan University of Technology, Dongguan, 523808, China
* Author to whom correspondence should be addressed.
Abstract
With the progress and development of modern science and technology, more and more fields are inseparable from analog IC, and the demand for analog IC is increasing. From aerospace to mobile phones and televisions, analog IC are an indispensable part of these fields. In analog IC, one of the most common core components is a voltage reference that outputs a stable voltage that is not affected by temperature. However, the working environment of the voltage source will be different in different fields, so the design of voltage reference that meets the needs of their respective fields is one of the key research topics today, but there is still a lack of comparison and summary of the advantages and disadvantages of the different structures of the voltage reference used in different fields. Therefore, the research theme of this paper is to introduce the structure of voltage reference used in different fields, and compare and analyze the advantages and disadvantages of different structures, and discuss the development direction of future voltage reference on this basis.
Keywords
Bandgap voltage, integrated circuit, transistor.
[1]. Li Xin, Gao Mengzhen, Yang Shenglin. A new type of bandgap reference with curvature compensation [J]. Materials and electronic components, lancet, 2024 (7) : 878-883. The DOI: 10.14106 / j.carol carroll nki. 1001-2028.2024.1596.7.
[2]. Wang Xinyu, Jiang Dandan, Yan Zhe. A high-precision low-power bandgap voltage reference source design [J]. Journal of chengdu university of information engineering, 2024, 33 (5) : 6, 560-566. The DOI: 10.16836 / j.carol carroll nki jcuit. 2024.05.007.Zou X Zhang Y Wu X, Cong G 2024 A High Stability Bandgap Reference Circuit without Amplifier Structure Proc 3rd Int Conf. on Energy Power and Electrical Technology (ICEPET) pp 968-971
[3]. Kong Luping. Design of Voltage Reference in 12bit 50MSPS Pipeline ADC [D]. Southeast University,2017.
[4]. Cheng L, Zhao Z, Hou W 2019 A Bandgap Reference Circuit without Resistance Structure Shanxi Electron. Technol. (05) pp 29-31+49
[5]. Li J Zhang H B Li J et al 2019 With a temperature drift of the second-order curvature compensation reference source circuit J Electron Encapsul 12 (11) pp 26-30
[6]. Han Q, Wang C, Zhong D, et al 2024 A with laser repair of the high precision band gap reference voltage source Semicond Technol pp 1-6
[7]. Lin Z 2024 A 11.5nW CMOS bandgap voltage and current reference Proc IEEE 4th Int Conf. on Electron Technol Commun. and Inf (ICETCI) pp 828-833
[8]. Ye M Tong M S 2023 A Novel Bandgap Voltage Reference Source with High Power Supply Rejection Proc. Photonics Electromagnetics Res Symp (PIERS) pp 1501-1507
[9]. Hu Y Wang Z Yang Y et al 2022 A bandgap voltage reference source resistance to total dose radiation J Microelectron 52 (4) pp 562-565
[10]. Traversi G Gaioni L Ballabriga R Ceresa D Michelis S 2022 Design of a Radiation-Tolerant Bandgap Voltage Reference for HEP applications Proc IEEE Nucl Sci Symp and Med Imag Conf pp 1-3
[11]. Xu W, Zhang X, Chuai R 2021 Design of a Voltage Regulator Chip for High-power Automobile Generator Microprocessor 42 (04) pp 21-24
[12]. Kostanyan H T Kostanyan H T Hayrapetyan A K Petrosyan A S Petrosyan G A Marukhyan D K 2019 5V wide supply voltage bandgap reference for automotive applications Proc IEEE 39th Int Conf on Electron and Nanotech pp 229-232
[13]. Lou Yichun, DU Chenggang, MIN Rui, et al. A 3 x 10-6 / ℃ ultra-low temperature drift bandgap reference source [J]. Journal of semiconductor technology, 2024,49 (8) : 742-748. The DOI: 10.13290 / j.carol carroll nki BDTJS. 2024.08.008.
[14]. LI Siyuan, LI Yajun, Zhang Youtao, et al. A wide range of input high PSR bandgap reference circuit design [J]. Journal of electronic technology applications, 2024, 50 (04) : 38 and 43. DOI: 10.16157 / j.i SSN. 0258-7998.234751.
Cite this article
Han,S. (2024). Research on Design Method and Application of Bandgap Voltage Reference. Applied and Computational Engineering,107,92-100.
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Volume title: Proceedings of the 2nd International Conference on Machine Learning and Automation
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