| 1. | Transmit channel center frequency
发射信道中心频率 |
| 2. | Center frequency range
中心频率范围 |
| 3. | The center frequency of the vco is 28 . 8ghz and the band width is about 20 mhz
经过测试，得到振荡频率为28 . 8ghz ，调频带宽20mhz ，与期望结果相差较大。 |
| 4. | The analysis on the relationship of the center frequency deviation and the microstrip open - end effect is given
同时分析了导致这种偏移的原因，并阐述了该方法的理论基础。 |
| 5. | Both fine and coarse center frequency controls , combined with a scanwidth selector provide simple frequency domain measurements from 100 khz div
中心频率控制有微调和粗调，扫频宽度选择从 |
| 6. | The following is a partial list of lc lowpass filters and their specifications that we have produced , arranged by center frequency
以下为生产过的lc低通滤波器部分产品规格（按截止频率排序） 。 |
| 7. | The center frequency of the vco is 14 . 14ghz with band width of more than 100mhz . the output power is 2 ~ 6mw
根据测试结果，该vco电路的中心频率为14 . 14ghz ，调频带宽大于100mhz ，带内输出功率在2 6mw之间。 |
| 8. | In designing the complex weights for center frequencies of each sub - band , an optimizing method using semi - definite programming " is proposed
在设计各子带中心频率上的恒定束宽加权时，提出了一种半定规划的优化方法。 |
| 9. | These conclusions are important for choosing suitable radar system parameters such as center frequency , resolution and imaging squint angle in engineering design
这些结论对工程设计牛选择合适的工作参数，如载频、分辨率、成像斜角等具有较为重要的参考价值。 |
| 10. | The special relationship among signal bandwidth , center frequency and imaging squint angle in the range - doppler imaging algorithm and other methods is also presented in the chapter 3
本章通过分析提出了距离多普勒等成像方法中信号带宽、工作频率和成像斜角之间存在的特定关系。 |
