| 1. | Microwave signal generator
微波信号发生器 |
| 2. | Cascade , tree , or matrix switching connfigurations can be implemented for microwave signal routing
在微波信号路由中，级联、树形和矩阵切换配置都可能会使用到。 |
| 3. | This buzz was being caused by the train of very short pulses of microwave signal , each pulse causing a single click
它是由非常短的微波脉冲信号引起的结果,每一个脉冲发出一声响声。 |
| 4. | The asynchronous histogram of 10ghz microwave signal was achieved and the result was observed in experiment of 10ghz asynchronous optical sampling
在实验上获得了10ghz微波正弦信号异步取样柱状图和光信号的波形及频谱。 |
| 5. | Based on the theory of microwave transmission in the media , matching conditiqns qf absorption films for the capture and absorption of microwave signal were ; derived
根据微波在介质涂层中传输理论，导出了微波投射到吸收材料涂层上被完全俘获和吸收的匹配条件。 |
| 6. | At current , cw high power microwave power meter are huge , very expensive and cannot be used for high power pulse microwave signal measurement , and are separated
目前,现有大功率微波功率计体积大,价格高,无法测量大功率脉冲微波信号的频率,并且功率、频率测量仪器相互独立。 |
| 7. | Problems related to automatic test of modern airborne radar , such as the inter - connection mode of signals , the test of microwave signals , test methods selection and test security , are discussed in detail
讨论了信号连接方式、微波信号测试、测试方法选择和测试安全性等与现代机载雷达自动测试有关的问题。 |
| 8. | 1 , analyzing the feasibility of emission microwave signal by microwave equipment carried on police vehicle and being efficiently received , choosing the optimized parameters adapt to information transmission
一、对警车车载微波设备发射微波信号及其被有效接收的可行性进行分析，并选择适合信息传输的最佳参数。 |
| 9. | Moreover , the canceling technology of two microwave signals with same frequency is applied in microwave rfid system firstly , and the method for improving the isolation between the transmitting channel and receiving channel is obtained
首次成功地将同频相消技术应用于微波rfid系统中，提出了阅读器收发通道隔离度的改进措施。 |
| 10. | In recent years , people ’ s need to information has become more and more , which directly pushes the technology of optical fiber communication to develope fastly . the research on microwave signal transmissions by using optical fiber is more and more active
近年来,随着人们对信息的需求越来越大,直接推动了光纤通信技术的迅猛发展,利用光纤传输信号,特别是微波rf信号的研究在国际上越来越趋于活跃。 |
