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We present the design of a 4.6 GHz LNA in TSMC 65nm with a feedback scheme to compensate for variations across process, supply voltage, and temperature. No post fabrication efforts are required in this compensation method. The proposed method improves the variation in S21 of an inductively degenerated cascode LNA from 8.75% to 1.27%, which is a reduction in variation of 85%. The presented scheme is...
We investigate an addition-based current source that reduces the impact of process variation and device mismatch without post-fabrication efforts. By optimizing the transistor size and taking the advantage of the nonlinearity associated with real resistors in 90 nm CMOS technology, we are able to achieve significant performance improvement. Simulation based on the proposed circuit topology shows more...
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