← 返回 JSSC 论文列表JSSC 2023第3期RF & Wireless40nm
A Wideband Energy-Efficient Multi-Mode CMOS Digital Transmitter
一款适用于多模式/多频段无线通信的宽带高效数字发射机。
40nm CMOS, 0.95V, 23.18-dBm RF峰值功率, 66.26%/52.59%效率
数字发射机多模式能量效率CMOSOFDM
▸支持多种操作模式（Cartesian和多相位配置）
▸采用45°相对相位差的非正交基向量映射
▸简单的无记忆数字预失真技术
Abstract
This article presents a wideband, energy-efficient
digital transmitter (DTX) suitable for multi-mode/multi-band
wireless communication applications. It features various oper-
ation modes comprising Cartesian (Modes-1/-2) and multi-phase
(Modes-3/-4) configurations utilizing LO clocks with different
duty cycle in the interleaving/non-interleaving configurations.
The multi-phase operation compromises polar and Cartesian
features by mapping the I/ Q signals into two non-orthogonal
basis vectors with a