【正文】 出 5條密切相關(guān)文獻 ） [1] ZeKun Zhou。 Yue Shi。 Luping Feng。 et al. A resistorless CMOS bandgap reference with low temperature coefficient and high PSRR[J]. International Journal of Electronics Volume, 20xx. [3] Junmin Jiang。 Lenian He. A curvature pensated bandgap reference with low drift and low noise[J]. IEEE Singapore Sect, 20xx. [4] Qiao Ning。 Zhao Kai。 Lenian He. A low drift curvaturepensated band gap reference with trimming resistive circuit[J]. Journal of Zhejiang University Science C. Computers amp。 Kluwer 檢索年限： 20xx20xx 檢索詞： Band gap reference source 邏輯檢索表達式： TITLE= Bandgap Reference 檢出文獻總篇數(shù)： 102 檢出文獻舉例（ 列出 5條密切相關(guān)文獻） [1] Zhihua Ning, Lenian He. A low drift curvaturepensated bandgap reference with trimming resistive circuit[J]. Journal of Zhejiang University SCIENCE C, 20xx. [2] Christian J233。C BiCMOS bandgap voltage reference using piecewiseexponential pensation technique[J]. Analog Integrated Circuits and Signal Proc, 20xx. [5] Sadafumi Yoshida, Toshimichi Ito, Akio Hiraki, Hiroshi Saito. Fundamental Properties of Wide Bandgap Semiconductors[J]. Wide Bandgap Semiconductors, 20xx. 外文數(shù)據(jù)庫二： Science Direct 檢索年限： 20xx20xx 檢索詞： Band gap reference source 邏輯檢索表達式： TITLEABSTRKEY(Band gap reference source ) or KEYWORDS(Band gap reference source ) 檢出文獻總篇數(shù)： 13 檢出文獻舉例（ 列出 5條密切相關(guān)文獻 ） [1] Li Chengpeng, Yu Youling. The Research and Design of a Low Temperature Drift Bandgap Reference[J]. Procedia Engineering, 20xx. [2] Hua YU, Xuecheng ZOU, Chaoyang CHEN. A Super Performance Bandgap Voltage Reference with Adjustable Output for DCDC Converter[J]. The Journal of China Universities of Posts and Telemunications, 20xx. [3] ZeKun Zhou, XueChun Ou, Yue Shi, PeiSheng Zhu, YingQian Ma, Shi Qiu, Xin Ming, Bo Zhang. A ppm/176。 A. FloresLivas, Lauri Lehtovaara. Crystal Structure of Cold Compressed Graphite, 20xx. [2] Audrius Alkauskas, Alfredo Pasquarello. Bandedge problem in the theoretical determination of defect energy levels: The O vacancy in ZnO as a benchmark case. 20xx. [3] Yong Zhang and LinWang Wang. Global electronic structure of semiconductor alloys through direct largescale putations for IIIV alloys GaxIn1xP. 20xx, 8. [4] Masahiko Nishida. Electronic structure of lightemitting superlattices posed of quantum films of silicon: Theoretical approach. 20xx, 7. [5] A. Polimeni, G. Baldassarri H. v., H. M. Bissiri, M. Capizzi, M. Fischer, M. Reinhardt, and A. Forchel. Electronic structure of lightemitting superlattices posed of quantum films of silicon: Theoretical approach. 20xx. （三）外文學(xué)位論文 (請將檢索界面截屏在下，并以參考文獻格式列出最新文獻 ) 數(shù)據(jù)庫一： WorldCat 檢索年限： 20xx20xx 檢索詞： bandgap reference 邏輯檢索表達式： TITLE=bandgap reference 檢出文獻總篇數(shù)： 17 檢出文獻舉例 （ 至少 5條記錄，不足條數(shù)請說 明原因） [1] Lei Ge. CMOS bandgap reference circuit[D]. Dalhousie University, 20xx. [2] Ahmad Hosein Adl. Bandgap reference with high order pensation technique[D]. Halifax, . : Dalhousie University, 20xx. [3] Qin hong Zheng. Bandgap reference voltage generator/Neng xi can kao dian ya chan sheng dian lu = Bandgap reference voltage generator[D] [4] Ravi Gourapura Murugeshappa. A lowvoltage, lowpower CMOS bandgap reference[D]. Austin, Tex. : University of Texas, 20xx [5] Vishal Gupta. An accurate, trimless, high PSRR, lowvoltage, CMOS bandgap reference IC （四）國外專利文獻 (請將檢索界面截屏在下，并以參考文獻格式列出最新文獻 ) 數(shù)據(jù)庫一： European Patent Office 檢索年限： 20xx20xx 檢索詞： bandgap reference source 邏輯檢索表達式： title or abstract=bandgap reference souce 檢出文獻總篇數(shù)： 314 檢出文獻舉例 （ 至少 5條記錄，不足條數(shù)請說明原因 ） [1] LANG CHRISTIAN [DE] 。 TANAKA KENJI [JP]. Image processing device and method, recording medium, and program [P]． US20xx072018 (A1) 20xx0406. [3] PIRIM PATRICK [FR] . IMAGE PROCESSING METHOD [P]． US20xx140526 (A1)： 20xx0621. [4] CHEN CHUNGYI [TW]. Circuit substrate jointing device and method using the device [P]. CN101604076 (A) 20xx1216. [5] WANG SUCHUN[TW]. mage Processing Method and Circuit[P] US20xx238348 (A1)：20xx0923. 數(shù)據(jù)庫二： 美國專利商標局 檢索年限： 20xx20xx 檢索詞： bandgap refere