As a single solid-state device's output power is low, power combining technology is usually used to achieve higher power output.
在单个器件输出功率有限的情况下，往往需要采用功率合成技术来实现更大功率输出。
Waveguide space power combining technology takes use of mechatronics design, and fully considers the influences of various factors.
波导空间功率合成技术采用了机电一体化设计，充分考虑各类因素的影响。
In this thesis, the power combining circuits, thermal dissipation, test in the SSPA design and implementation are discussed and conducted.
论文主要从功率合成电路、热设计和测试三个方面，论述了该功放的设计和实现。
Waveguide-based spatial power combining project mainly focus on the problem of how to combine power inside the waveguide within the frequency bands of millimeter wave.
波导空间功率合成项目主要研究的问题是如何在波导内部进行毫米波频段空间功率合成放大。
Power combining technology is one of the important method which can obtain high power microwave radiation.
功率合成是获得高功率微波辐射的一条重要技术途径。
Power combining technology is one of the important method which can obtain high power microwave radiation.
功率合成是获得高功率微波辐射的一条重要技术途径。
应用推荐