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Embedded Passives On Multi-Layer Printed Circuit Board for 5GHz WLAN Power Amplifier

机译:用于5GHz WLAN功率放大器的多层印刷电路板上的嵌入式。

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This paper introduces the design and model for the basic embedded passives, and methods of circuits design with embedded elements for IEEE 802.11a on PWB lamination process. The power amplifier exhibits 26.4 dB of gain, 26 dBm of output PldB, and output IP3 of 37.2 dBm. Six layer stacks and three kinds of materials, such as Hi-DK material, low-loss material and commercial organic material were applied in this design. In this substrate, we use special high dielectric constant (DK>60 @ 1MHz) material to design embedded capacitors and use the new embedded resistors (1k ohm/per square) for whole SiP module. The simulation and measured results have demonstrated a successful circuit design for 802.11a WLAN.
机译:本文介绍了基本嵌入式无源的设计和型号,以及对PWB层压过程的IEEE 802.11a的嵌入元件的电路设计方法。功率放大器展示了26.4 dB的增益,26 dBm输出PLDB,输出IP3为37.2 dBm。在这种设计中应用了六层叠层和三种材料,例如高DK材料,低损耗材料和商业有机材料。在该基板中,我们使用特殊的高介电常数(DK> 60 @ 1MHz)材料来设计嵌入式电容器,并使用新的嵌入式电阻(1K欧姆/每平方)进行整个SIP模块。模拟和测量结果表明了802.11A WLAN的成功电路设计。

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