LTCC兼容铁电移相器

A. Deleniv, S. Gevorgian, H. Jantunnen, T. Hu
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引用次数: 15

摘要

提出了两种新型拓扑移相器。移相器基于LTCC兼容的铁电薄膜,在10 GHz时/spl epsiv//sub r/=200, tan/spl delta/=0.04。ku波段移相器设计用于在宽频率范围内提供直流偏置无关匹配。它具有微带设计,其中铁电薄膜用作衬底,并且需要相对较低的直流偏置电压。移相器在/spl sim/50%带宽下匹配-15dB,优值为15/spl度//dB。在x波段移相器中,铁电薄膜沉积在低介电常数衬底上。利用这两层基板实现了一种基于共面-板变容管的负载线移相器。变容管包括在电路接地中,并通过过孔与微带连接。这种设计允许减少总体损失,由于更有效地使用铁电。该移相器在10ghz时的优值为207dB。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
LTCC compatible ferroelectric phase shifters
Two phase shifters with novel topologies are presented. The phase shifters are based on LTCC compatible ferroelectric films with /spl epsiv//sub r/=200, and tan/spl delta/=0.04 at 10 GHz. A Ku-band phase shifter is designed to provide DC bias independent matching in the wide frequency range. It has microstrip design where ferroelectric film is used as a substrate and requires relatively low DC bias voltages. The phase shifter showed -15dB matching in /spl sim/50% bandwidth and 15/spl deg//dB figure of merit. In X-band phase shifter, the ferroelectric film is deposited on the low permittivity substrate. Using such two layered substrate a loaded line phase shifter based on coplanar-plate varactors is realized. The varactors are included in the circuit ground and are connected with the microstrip using vias. This designed allows reduction of overall loss due to more efficient use of ferroelectric. The figure of merit of this phase shifter is 207dB at 10 GHz.
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