⚡ 本页包含 AI 生成的分析内容，仅供参考
该论文介绍了一款支持HSPA+标准的9频段WCDMA/EDGE收发器，集成了射频前端、模拟基带和数字处理，解决了多模多频段移动通信中的功耗和面积挑战。
Torkel Arnborg1, Peter Caputa1, Staffan Ek2, Lin Fan1, Henrik Fredriksson1, Fabien Garrigues3, Henrik Geis1, Hans Hagberg1, Joel Hedestig1, Hu Huang3, Yevgeniy Kagan3, Niklas Karlsson1, Henrik Kinzel1, Thomas Mattsson1, Thomas Mills3, Fenghao Mu2, Andreas Mårtensson1, Lars Nicklasson1, Filip Oredsson1, Ufuk Ozdemir1, Fitzgerald Park3, Tony Pettersson1, Tony Påhlsson1, Markus Pålsson1, Stephane Ramon3, Magnus Sandgren1, Per Sandrup1, Anna-Karin Stenman1, Roland Strandberg2, Lars Sundström2, Fredrik Tillman2, Tobias Tired1, Satish Uppathil3, Joel Walukas3, Eric Westesson1, Xuhao Zhang1, Pietro Andreani1,4 1 3 ST-Ericsson, Lund, Sweden, 2Ericsson, Lund, Sweden, Formerly with ST-Ericsson, Raleigh, NC, 4Lund University, Lund, Sweden The future of cellular radio ICs lies in the integration of an ever-increasing number of bands and channel bandwidths. Figure 21.2.1 shows the block diagram of our transceiver, together with the associated discrete front-end components.
Magnus Nilsson1, Sven Mattisson2, Nikolaus Klemmer3, Martin Anderson2,