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RF-microwave multi-band design solutions for multilayer organic system on package integrated passives

机译:RF-Microwave多层有机系统的多频带设计解决方案综合循环自由主义

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We present multi-band design solutions for integrated passives using multilayer organic (MLO) process technology for RF and microwave System on Package(SOP) module development. The components developed in this technology include embedded high Q compact inductors and filters designed in three frequency bands: S, C and Ku applicable for Bluetooth, MMDS, IEEE802.11a WLAN and satellite communications. Measured inductor Q factor as high as 182 and Self-Resonant-Frequency(SRF) as high as 20GHz, which represents the highest Q in its frequency range reported to date in a multilayer technology, have been demonstrated. A time domain electromagnetic modeling technique is also use to characterize passive devices.
机译:我们为使用多层有机(MLO)工艺技术为RF和微波系统进行了多层有机(MLO)工艺技术来提供多频带设计解决方案,用于封装(SOP)模块开发。本技术开发的组件包括嵌入式高Q紧凑型电感器和滤波器,设计为三个频段:S,C和KU适用于蓝牙,MMDS,IEEE802.11a WLAN和卫星通信。测量的电感Q因子高达182和自谐振频率(SRF)高达20GHz的频率(SRF),其代表其频率范围内的最高Q在多层技术中报告到多层技术中。时域电磁建模技术也用于表征被动设备。

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