高速数字应用的多层共面波导

E. El-Sharawy
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引用次数: 5

摘要

作者介绍了在单层和多层结构上共面波导(CPW)不连续引起的脉冲畸变、耦合和损耗的测量。CPW在低耦合和低失真方面优于微带线。介绍了一种新型的多层结构金属背共面波导,以减少或消除因过模引起的脉冲畸变。新的CPW结构还具有相对低的不连续点损耗的优点。对于T型电路,新结构的每弯损耗比类似的微带线低约0.2 dB。
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Multilayer coplanar waveguide for high speed digital applications
The authors present measurements of pulse distortion, coupling, and loss due to discontinuities of the coplanar waveguide (CPW) on single and multilayer structures. The CPW compares favorably to the microstrip line in terms of low coupling and distortion. A novel metal-backed coplanar waveguide on a multilayer structure is introduced to minimize or eliminate pulse distortion due to overmoding. The new CPW structure also has the advantage of relatively low loss at discontinuities. For a T circuit, the loss per bend in the new structure was about 0.2 dB less than a similar microstrip line.<>
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