| 1. | We have researched the integration oscillator working at millimeter wave band
本文开展了毫米波集成振荡源的研究工作。 |
| 2. | For reflecting element , elements are designed in light wave bands ( visible and infrared light ) , and a element also designed in millimeter wave band
对于反射式元件而言,设计了在不同光波段(可见光与红外)的元件,而且设计了改变毫米波场分布的元件。 |
| 3. | The latter , upcoverer is fabricated by using hmc329 . at last , millimeter wave band - pass filter is also simulating by senerade 8 . 0 and ads software
利用senerade8 . 0和ads软件仿真建立仿真模型，以此进行了设计和制作，并对仿真和测试进行了比较和分析。 |
| 4. | Two high q bandpass filters at millimeter wave band based on substrate integrated waveguide ( siw ) and low temperature co - fired ceramics ( ltcc ) are designed in this thesis , and one is realized
本文主要讲述了基于介质集成波导( siw )技术和ltcc工艺的毫米波频段高q滤波器的研制。 |
| 5. | Our work have proven the possibility of avalanche high order multiply technology in millimeter wave band , and present valuable research for the novel millimeter wave frequency source technology
实验验证了利用雪崩器件在毫米波频段实现高次倍频切实可行,对这种新型毫米波频率源技术进行了有益的研究和探索。 |
| 6. | At first , the character of millimeter wave and frequency multipliers in millimeter wave band is introduced . based on the principle of harmonic frequency extraction in nonlinear device , we present the avalanche diode high order frequency multipliers in w band
利用雪崩效应中强烈的非线性电感特性,基于非线性器件谐波提取的思想,对倍频器电路进行了优化仿真,采用雪崩倍频二极管研制了w波段雪崩高次倍频器。 |
| 7. | At short microwave and long millimeter wave bands , the ratios of the rain - induced attenuation on up - link to down - link are estimated on earth - space slant paths . a comparison of the prediction results with the experiment data in boston and kashima areas is carried out
在微波和毫米波低端，预测了地一空路径上、下行链路雨衰减的比率，并与美国波士顿和日本kashima地区的实验数据进行了比较，结果一致性较好。 |
