2022
DOI: 10.1109/lmwc.2021.3128762
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A 300-GHz Low-Noise Amplifier in 130-nm SiGe SG13G3 Technology

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Cited by 15 publications
(9 citation statements)
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“…The architecture in [23] is similar to the work in [26], and its gain-bandwidth improvement was due to the much larger DC-power consumption compared with our design. technologies for the recently reported sub-THz amplifiers were more advanced than our work except [24]. Compared with our work, the design in [24] achieved a 2 dB higher gain at the cost of the higher DC power consumption.…”
Section: Simulation and Measurement Resultsmentioning
confidence: 67%
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“…The architecture in [23] is similar to the work in [26], and its gain-bandwidth improvement was due to the much larger DC-power consumption compared with our design. technologies for the recently reported sub-THz amplifiers were more advanced than our work except [24]. Compared with our work, the design in [24] achieved a 2 dB higher gain at the cost of the higher DC power consumption.…”
Section: Simulation and Measurement Resultsmentioning
confidence: 67%
“…The performance of the implemented amplifier is summarized compared with recent amplifiers in similar frequency bands in Table 1. As shown in the table, the applied SiGe technologies for the recently reported sub-THz amplifiers were more advanced than our work except [24]. Compared with our work, the design in [24] achieved a 2 dB higher gain at the cost of the higher DC power consumption.…”
Section: Simulation and Measurement Resultsmentioning
confidence: 68%
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“…However, the aforementioned work is done at frequencies much below the f max /2 mark. In [35] and [36], SiGe BiCMOS technology achieves speed ( f max ) of the transistor as high as 600 and 700 GHz, respectively. Due to their circuit operation below f max /2, the amplifier offers relatively improved performance compared to the other state-of-the-art.…”
mentioning
confidence: 99%