| 1. | 9 khz to 13 ghz fully synthesized frequency range
千兆赫充分地综合了频率范围 |
| 2. | Guide for the electromagnetic characterization of conductive gaskets in the frequency range of dc to 18 ghz
直流, 18千兆赫中导电垫圈电磁特性用指南 |
| 3. | Test method for small - signal scattering parameters of low - power transistors in the 0 . 2 to 2 . 0 - ghz frequency range
在0 . 2至2 . 0千兆赫频率范围内小功率晶体管的小信号散射参数的试验方法 |
| 4. | Standard for methods of measurement of radio frequency power line interference filter in the range of 100 hz to 10 ghz
100赫兹到10千兆赫范围内射频电力线路抗干扰滤波器的测量方法标准 |
| 5. | All solid - state transponders are under development with output power level lower by some 20 - 30 db in the 4 - 6ghz band
正在研制的全固态转发器在4 - 6千兆赫频段中的输出功率电平约低20 - 30分贝 |
| 6. | You are a range above 100 ghz it is necessary to do the pyramids from polyfoam imbrued by graphite and suffuse with crystal magnesium seven water
频率范围在3200赫兹到100千兆赫之间，只简单需要几个钢或铝的简单隔热层。 |
| 7. | What is an active protection , elementary : mike or receiver of the signal - an amplifier , 1 transistor - a capacitor with changeable resistor - an output on speaker or emitter
频率范围超过100千兆赫，采用材料反射体屏蔽，具有高介电常数，导磁性，水或镁7分水作为遮盖金字塔，填充物- - -一个吸收器- - -石墨,碳。也可以建造积极保护方式电容器。 |
| 8. | As the semiconductor process technology steps into the deep sub - micro scale , the increasing number of transistors on single chip is making the digital system ever more complicated , and the clock frequency has already achieved the level of kilomega hz
随着半导体工艺水平步入深亚微米阶段,单个芯片上的晶体管数越来越多,现代数字系统变得越来越复杂,时钟频率也己经能达到千兆赫兹以上。 |
| 9. | In actual fact , a suitably modified amateur radio transmitter operating in either the 420 to 450 megahertz band or the 1 . 3 gigahertz band , with a highly directional antenna , is capable of transmitting voice to skull signals at less cost than the price of an automobile
事实上,一个适当限制在420到450兆赫波段或1 . 3千兆赫波段的带有高度定向天线的业余无线电广播发射机,能够把声音信号传给头骨并且所花的费用比一辆汽车的价格还要少。 |
| 10. | As it introduces extra shields , area minimization is also critical for an efficient sino algorithm . in this paper , three novel algorithms using fewer shields to solve crosstalk reduction problem with rlc noise constraint are proposed , namely , net coloring , efficient middle shield insertion emsi and nc emsi two - step algorithm
虽然目前对于互连线的分析还主要基于电阻电容rc模型，然而进入千兆赫兹设计后，片上电感的影响越来越显著，因此必须考虑包括电感在内的电阻电容电感rlc模型。 |
