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Refinado por: Base de dados/Biblioteca: ScienceDirect remover tipo de recurso: Artigos remover
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11
0.5–4.5THz band terahertz spectroscopy of thermally activated delayed fluorescence molecules
0.5–4.5THz band terahertz spectroscopy of thermally activated delayed fluorescence molecules
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0.5–4.5THz band terahertz spectroscopy of thermally activated delayed fluorescence molecules

Takeda, Harunobu ; Yoshioka, Hiroaki ; Minamide, Hiroaki ; Oki, Yuji ; Aadachi, Chihaya

Optics communications, 2020-12, Vol.476, Article 126339 [Periódico revisado por pares]

Elsevier B.V

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12
0.5 keV Xe super(+ ion beam nano smoothing of ULE registered substrate after processing with 3.0-10.0 keV Xe) super(+) ion beam
0.5 keV Xe super(+ ion beam nano smoothing of ULE registered substrate after processing with 3.0-10.0 keV Xe) super(+) ion beam
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0.5 keV Xe super(+ ion beam nano smoothing of ULE registered substrate after processing with 3.0-10.0 keV Xe) super(+) ion beam

Morijiri, K ; Endo, H ; Morikaawa, K ; Pahlovy, SA ; Miyamoto, I

Microelectronic engineering, 2011-08, Vol.88 (8), p.2694-2696 [Periódico revisado por pares]

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13
A 0.000747 %/V, 64.59 dB PSRR CMOS-only voltage reference for ultra-low power WSN applications
A 0.000747 %/V, 64.59 dB PSRR CMOS-only voltage reference for ultra-low power WSN applications
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A 0.000747 %/V, 64.59 dB PSRR CMOS-only voltage reference for ultra-low power WSN applications

Dong, Siwan ; Li, Jiaqi ; Bu, Sen ; Liu, Changxiang ; Tong, Xingyuan

International journal of electronics and communications, 2022-12, Vol.157, p.154420, Article 154420 [Periódico revisado por pares]

Elsevier GmbH

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14
A 0.004% resolution & SAT<1.8 μson-chip adaptive anti-aging system using cuckoo intelligence-based algorithm in 65 nm CMOS
A 0.004% resolution & SAT<1.8 μson-chip adaptive anti-aging system using cuckoo intelligence-based algorithm in 65 nm CMOS
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A 0.004% resolution & SAT<1.8 μson-chip adaptive anti-aging system using cuckoo intelligence-based algorithm in 65 nm CMOS

Zhang, Yuejun ; Zhang, Haiming ; Wang, Pengjun ; Wu, Qiufeng ; Li, Gang

Integration (Amsterdam), 2021-05, Vol.78, p.135-143 [Periódico revisado por pares]

Amsterdam: Elsevier B.V

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15
A 0.1&#8211;1 GHz low power RF receiver front-end with noise cancellation technique for WSN applications
A 0.1&#8211;1 GHz low power RF receiver front-end with noise cancellation technique for WSN applications
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A 0.1–1 GHz low power RF receiver front-end with noise cancellation technique for WSN applications

Li, Zhiqun ; Cheng, Guoxiao ; Wang, Zengqi

International journal of electronics and communications, 2018-01, Vol.83, p.288-294 [Periódico revisado por pares]

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16
A 0.1&#8211;1GHz low power RF receiver front-end with noise cancellation technique for WSN applications
A 0.1&#8211;1GHz low power RF receiver front-end with noise cancellation technique for WSN applications
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A 0.1–1GHz low power RF receiver front-end with noise cancellation technique for WSN applications

Li, Zhiqun ; Cheng, Guoxiao ; Wang, Zengqi

International journal of electronics and communications, 2018-01, Vol.83, p.288-294 [Periódico revisado por pares]

Elsevier GmbH

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17
A 0.1&#8211;5.0&#160;GHz SDR transmitter with current-mode power-mixer and self-calibration scheme in 65&#160;nm CMOS
A 0.1&#8211;5.0&#160;GHz SDR transmitter with current-mode power-mixer and self-calibration scheme in 65&#160;nm CMOS
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A 0.1–5.0 GHz SDR transmitter with current-mode power-mixer and self-calibration scheme in 65 nm CMOS

Yin, Yun ; Gao, Yanqiang ; Wang, Zhihua ; Chi, Baoyong

Microelectronics, 2017-12, Vol.70, p.1-11

Elsevier Ltd

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18
A 0.11 &#956;m CMOS technology featuring copper and very low k interconnects with high performance and reliability
A 0.11 &#956;m CMOS technology featuring copper and very low k interconnects with high performance and reliability
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A 0.11 μm CMOS technology featuring copper and very low k interconnects with high performance and reliability

Takao, Yoshihiro ; Kudo, Hiroshi ; Mitani, Junichi ; Kotani, Yoshiyuki ; Yamaguchi, Satoshi ; Yoshie, Keizaburo ; Sukegawa, Kazuo ; Naori, Nobuhisa ; Asai, Satoru ; Kawano, Michiari ; Nagano, Takashi ; Yamamura, Ikuhiro ; Uematsu, Masaya ; Nagashima, Naoki ; Kadomura, Shingo

Microelectronics and reliability, 2002, Vol.42 (1), p.15-25 [Periódico revisado por pares]

Elsevier Ltd

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19
A 0.13-&#956;m CMOS resonator-based frequency-doubling mechanism for clock recovery in a full-rate 40&#160;Gb/s optical receiver
A 0.13-&#956;m CMOS resonator-based frequency-doubling mechanism for clock recovery in a full-rate 40&#160;Gb/s optical receiver
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A 0.13-μm CMOS resonator-based frequency-doubling mechanism for clock recovery in a full-rate 40 Gb/s optical receiver

Chong, Joseph ; Pour, Fariborz Lohrabi ; Ha, Dong Sam

Microelectronics, 2021-08, Vol.114, p.105137, Article 105137

Elsevier Ltd

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20
A 0.13&#956;m CMOS adaptive sigma&#8211;delta modulator for triple-mode GSM/Bluetooth/UMTS applications
A 0.13&#956;m CMOS adaptive sigma&#8211;delta modulator for triple-mode GSM/Bluetooth/UMTS applications
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A 0.13μm CMOS adaptive sigma–delta modulator for triple-mode GSM/Bluetooth/UMTS applications

Morgado, Alonso ; del Río, Rocío ; de la Rosa, José M. ; Castro-López, Rafael ; Pérez-Verdú, Belén

Microelectronics, 2010-05, Vol.41 (5), p.277-290

Elsevier Ltd

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