Meander line antenna has been considered desirable on flight vehicles to reduce drag and minimize aerodynamic disturbance;however, the antenna design and performance analysis have made mostly by trial-and-error. An in...Meander line antenna has been considered desirable on flight vehicles to reduce drag and minimize aerodynamic disturbance;however, the antenna design and performance analysis have made mostly by trial-and-error. An inductor model by simulating the meander line sections as electrical inductors and the interconnecting radiation elements as a quasi-monopole antenna is developed to analyze the antenna performance. Experimental verifications of the printed meander line antennas embedded in composite laminated substrates show that the inductor model is effective to design and analyze. Of the 4 antennas tested, the discrepancy of resonant frequency in simulation and experiment is within 4.6%.展开更多
The use of reluctance networks has been a conventional practice to analyze transformer structures. Basic transformer structures can be well analyzed by using the magnetic-electric analogues discovered by Heaviside in ...The use of reluctance networks has been a conventional practice to analyze transformer structures. Basic transformer structures can be well analyzed by using the magnetic-electric analogues discovered by Heaviside in the 19th century. However, as power transformer structures are getting more complex today, it has been recognized that changing transformer structures cannot be accurately analyzed using the current reluctance network methods. This paper presents a novel method in which the magnetic reluctance network or arbitrary complexity and the surrounding electrical networks can be analyzed as a single network. The method presented provides a straightforward mapping table for systematically linking the electric lumped elements to magnetic circuit elements. The methodology is validated by analyzing several practical transformer structures. The proposed method allows the analysis of coupled inductor of any complexity, linear or non-linear.展开更多
在分析硅衬底上射频螺旋电感物理模型的基础上,从几何参数、工艺参数及电感组成形式考虑,用模拟软件ASITIC(Analysis and Simulation of Spiral Inductors and Transformers for ICs)对影响电感值和 Q值及谐振频率的各参数进行全面详尽...在分析硅衬底上射频螺旋电感物理模型的基础上,从几何参数、工艺参数及电感组成形式考虑,用模拟软件ASITIC(Analysis and Simulation of Spiral Inductors and Transformers for ICs)对影响电感值和 Q值及谐振频率的各参数进行全面详尽的模拟,得出了几条实用的设计原则且用此模拟方法与所得结论均可有效地指导射频集成电路中集成电感的设计。展开更多
文摘Meander line antenna has been considered desirable on flight vehicles to reduce drag and minimize aerodynamic disturbance;however, the antenna design and performance analysis have made mostly by trial-and-error. An inductor model by simulating the meander line sections as electrical inductors and the interconnecting radiation elements as a quasi-monopole antenna is developed to analyze the antenna performance. Experimental verifications of the printed meander line antennas embedded in composite laminated substrates show that the inductor model is effective to design and analyze. Of the 4 antennas tested, the discrepancy of resonant frequency in simulation and experiment is within 4.6%.
文摘The use of reluctance networks has been a conventional practice to analyze transformer structures. Basic transformer structures can be well analyzed by using the magnetic-electric analogues discovered by Heaviside in the 19th century. However, as power transformer structures are getting more complex today, it has been recognized that changing transformer structures cannot be accurately analyzed using the current reluctance network methods. This paper presents a novel method in which the magnetic reluctance network or arbitrary complexity and the surrounding electrical networks can be analyzed as a single network. The method presented provides a straightforward mapping table for systematically linking the electric lumped elements to magnetic circuit elements. The methodology is validated by analyzing several practical transformer structures. The proposed method allows the analysis of coupled inductor of any complexity, linear or non-linear.
文摘在分析硅衬底上射频螺旋电感物理模型的基础上,从几何参数、工艺参数及电感组成形式考虑,用模拟软件ASITIC(Analysis and Simulation of Spiral Inductors and Transformers for ICs)对影响电感值和 Q值及谐振频率的各参数进行全面详尽的模拟,得出了几条实用的设计原则且用此模拟方法与所得结论均可有效地指导射频集成电路中集成电感的设计。
