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Design of a one-chip power amplifier with transmission line based matching circuit

机译：具有基于传输线的匹配电路的单片功率放大器的设计

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We designed a SiGe BiCMOS 5.8 GHz power amplifier (PA) by using the commercial electromagnetic (EM) and SPICE co-simulator. At first, in order to evaluate the EM simulator, we prepared the on-chip spiral inductor and compared the measurement results with SPICE model and EM simulation results. The experimental results of the inductance of the spiral inductor are consistent with that of the EM simulation. Next, a new matching circuit composed of conductor-backed coplanar waveguide (CPW) meanderline resonators and impedance inverters are designed. Finally, we designed die 5.8 GHz PA with CPW matching circuit, spiral inductor and feed line by using EM and SPICE co-simulator.

机译：我们使用商用电磁（EM）和SPICE协同仿真器设计了SiGe BiCMOS 5.8 GHz功率放大器（PA）。首先，为了评估EM仿真器，我们准备了片上螺旋电感器，并将测量结果与SPICE模型和EM仿真结果进行了比较。螺旋电感的电感实验结果与电磁仿真结果吻合。接下来，设计了一种新的匹配电路，该电路由导体支持的共面波导（CPW）曲折线谐振器和阻抗反相器组成。最后，我们使用EM和SPICE协同仿真器设计了具有CPW匹配电路，螺旋电感器和馈线的5.8 GHz功率放大器。

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《》|2005年|P.898-901|共4页
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Kanaya; H.; Koga; F.; Nakamura; T.; Jia; L.-J.; Yoshida; K.;
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中图分类工业技术;
关键词
BiCMOS integrated circuits; Ge-Si alloys; MMIC power amplifiers; SPICE; coplanar waveguide components; impedance convertors; resonators; 5.8 GHz; BiCMOS; CPW meanderline resonator; SPICE cosimulator; SiGe; conductor-backed coplanar waveguide; electromagnetic simulato;

机译：BiCMOS集成电路; Ge-Si合金; MMIC功率放大器; SPICE;共面波导组件;阻抗转换器;谐振器; 5.8 GHz; BiCMOS; CPW曲折线谐振器; SPICE协模拟器; SiGe;背衬共面波导;电磁仿真;

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专利

1. Create Transmission-Line Matching Circuits For Power Amplifiers [J] . Andrel V. Grebennikov Microwaves & RF . 2000,第10期

机译：创建功率放大器的传输线匹配电路
2. Design Of 5 Ghz-band Power Amplifier With On-chip Matching Circuits Using Cpw Impedance (k) Inverters [J] . Ramesh Kumar POKHAREL, Haruichi KANAYA, Keiji YOSHIDA IEICE Transactions on Electronics . 2008,第11期

机译：使用Cpw阻抗（k）逆变器的带有片上匹配电路的5 GHz带功率放大器的设计
3. LCresonant circuits based matching networks for continuous modeMMICpower amplifiers [J] . Xu Yang, Zhu Anding Microwave and optical technology letters . 2020,第12期

机译：基于Lcresonant电路的连续调制功率放大器的匹配网络
4. Design of a one-chip power amplifier with transmission line based matching circuit [C] . Kanaya H., Koga F., Nakamura T., IEEE International Symposium on Microwave, Antenna, Propagation and EMC Technologies for Wireless Communications . 2005

机译：基于传输线匹配电路的单芯片功率放大器设计
5. Design and stability analysis techniques for switching-mode nonlinear circuits: Power amplifiers and oscillators. [D] . Jeon, Sanggeun. 2006

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6. Self-tuning Wireless Power Transmission Scheme Based on On-line Scattering Parameters Measurement and Two-side Power Matching [O] . Yanting Luo, Yongmin Yang, Zhongsheng Chen -1

机译：基于在线散射参数测量和两侧功率匹配的自整定无线电力传输方案
7. The Design of D-Class Power Amplifier and Matching Circuit [O] . 陈士广, 陈华宾, 程恩, 2014

机译：D类功率放大器和匹配电路的设计
8. DESIGNS OF RF POWER AMPLIFIERS (HIGH AND LOW Q) AND LUMPED EQUIVALENT CIRCUITS OF TRANSMISSION LINES WITH NMR APPLICATIONS [R] . Paul D. Murphy, B. C. Gerstein 1978

机译：利用核磁共振应用设计射频功率放大器（高低Q）和传输线的等效电路

Design of a one-chip power amplifier with transmission line based matching circuit

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