This dissertation focuses on novel Bluetooth antenna and filter in LTCC technology and the neural network-aided design of them.
本文核心研究LTCC新颖结构蓝牙天线和滤波器的设计及其神经网络辅助设计。
A novel feeding system of Tilt-shaped strip line which is very similar to three-dimensional helical structure is proposed to design LTCC Bluetooth antenna.
在LTCC蓝牙天线的设计中，提出一种类似于立体螺旋结构的斜体立体式馈电系统。
The high definition USB input replaces the existing Bluetooth circuitry and uses a special high speed data connector where the existing Bluetooth antenna was fitted.
高清USB输入取代现有的蓝牙电路，并采用一个特制的高速数据连接器取代蓝牙天线。
The diplexer separates the GPS from the Bluetooth signal, a necessary step when using only a single antenna for both applications.
同向双工器将GPS信号与蓝牙信号分离，这也是两个应用使用单一天线时的必要步骤。
The diplexer separates the GPS from the Bluetooth signal, a necessary step when using only a single antenna for both applications.
同向双工器将GPS信号与蓝牙信号分离，这也是两个应用使用单一天线时的必要步骤。
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