← 返回 JSSC 论文列表JSSC 2008第5期RF & Wireless0.25μm
Low-Power Signal Component Separator for a 64-QAM 80211 LINC Transmitter Luigi P
提出一种低功耗基带模拟域信号分量分离器，用于64-QAM 802.11 LINC发射机。
0.25μm CMOS, 2.5V, 45mW, EVM -37.6dB, ACPR -34.9dB, 交替ACPR -47.0dB
LINC发射机64-QAM低功耗信号分量分离器无线局域网
▸创新点1：基带模拟域信号分量分离（方法创新）。该论文提出了一种在基带模拟域进行信号分量分离的LINC架构，相较于传统的数字实现，显著降低了信号分量分离的复杂度和功耗。
▸创新点2：显著降低功耗（电路创新）。通过优化电路设计，信号分量分离器的功耗仅为45 mW，远低于传统数字实现的功耗，提升了系统的能效。
▸创新点3：适用于64-QAM 802.11a/g无线局域网（系统创新）。该设计针对64-QAM 802.11a/g无线局域网标准，实现了高线性度和高效率的传输，EVM、ACPR和alternate-ACPR分别达到-37.6 dB、-34.9 dB和-47.0 dB。
▸创新点4：小面积电路设计（电路创新）。该信号分量分离器采用0.25μm CMOS工艺，电路面积小于0.1 mm²，实现了高集成度和紧凑的布局。
Abstract
IEEE, Carlo Samori , Member , IEEE, and
Andrea L. Lacaita, Senior Member , IEEE
Abstract—A LINC transmitter provides linear amplification
while employing two nonlinear high-efficiency power amplifiers.
This work proposes a LINC architecture where the two con-
stant-envelope components of the signal are separated in the
baseband analog domain. The signal component separator can
achieve a power consumption which is significantly lower than
conventional digital implementations. A signal component sepa