⚡ 本页包含 AI 生成的分析内容，仅供参考
该论文提出了一种全集成、双频段、全数字极性发射器，支持160MHz带宽和27dBm输出功率，用于WiFi 6应用。针对WiFi对更宽带宽和更高阶调制（如1024QAM）的需求，解决了传统模拟发射器难以实现宽带和高效率的挑战。
Bassam Khamaisi1, Elan Banin2, Eli Borokhovich2, Nahum Kimiagarov2, Phillip Skliar2, Rotem Banin1, Sarit Zur2, Sebastian Reinhold4, Smadar Bruker2, Tzvi Maimon1, Uri Parker2, Ofir Degani1 Intel, Haifa, Israel, 2Intel, Petach Tikva, Israel, Intel, Hillsboro, OR, 4Intel, Munich, Germany 1 3 The ever-increasing demand for wireless data traffic requires WiFi transceivers to support wider (160MHz) bandwidths (BW) and higher-order modulation schemes (1024QAM), with future standards expected to bring in even more demanding requirements. As many WiFi-enabled devices are battery powered and mobile, there is also a continuous demand to improve power, cost and form factor, which can only be achieved by a high level of integration in advanced digital CMOS processes. WiFi transmitter (TX) integration has been demonstrated with a quadrature analog TX (Q-ATX) topology using Class-AB CMOS power amplifiers
Assaf Ben-Bassat1, Shahar Gross2, Anna Nazimov1, Ashoke Ravi3,