Once again, the RF power meter cannot detect the error.
功率计再一次的没检测到错误。
RF power plays an important role in damage on the sur - face.
射频功率的大小对表面损伤起着主要作用。
This result is applicable to the impedance matching of other RF power.
这一结果同样适用于其它射频电源的阻抗匹配研究。
Two rf power detectors augment radiated power performance during transmission.
两个RF功率检测器增加传输过程中辐射功率性能。
The results show that the thin films, prepared by low rf power, are amorphous.
其结果表明：在较低溅射功率密度下，薄膜为无定型结构；
If the RF power, pressure are continued to increase, the etching rate decrease.
再继续增加射频功率、压力，刻蚀速率反而会下降。
The primary function of RF power amplifier is to amplify the RF singal with high efficiency.
射频功率放大器的主要功用是放大射频信号，并且以高效率输出大功率为目的。
Our line of RF power transistors primarily replaces those from Motorola, Philips, and SGS Thomson.
我们的射频功率晶体管系列主要取代了摩托罗拉，飞利浦，汤姆逊和SGS的。
The output characteristics of the RF power LDMOS are greatly affected by the parasitic capacitance.
射频功率LDMOS的寄生电容直接影响器件的输出特性。
The nonlinear scattering function can build accurate model of RF power components under large signal.
利用非线性散射函数可以完成对大信号射频功率器件的精确建模。
It is capable of transceiver operation on several bands and generates around one watt of RF power out.
收发机能够工作在几个波段上，并产生大约一瓦的RF功率输出。
With the rapid development of wireless communication, RF power amplifier plays the very important role.
随着无线通信技术的飞速发展，射频功率放大器起着越来越重要的作用。
The linearization technology of RF power amplifier is studied through the design of RF power amplifier.
并结合功率放大器的设计，提出和研究了提高功率放大器的非线性方法。
The 2W linear RF Power Amplifier in this paper is designed in Feedback method, based on Loadline Theory.
所设计的射频2W线性功率放大器是基于负载线匹配原理，采用功率回退法技术。
This paper presents a mini type RF power pulse measuring circuit, introduces some corresponding components.
简述了一种轻小型的射频脉冲功率测量电路，介绍了其中相关的一些器件。
Metal wire bonding interconnection is the key means in the internal matching technology of RF power transistor.
金属键合线互连是射频大功率晶体管内匹配技术中的关键手段。
This will enable the next generation, high dynamic range mixed signal technology and high frequency RF power sources.
这将有利于下一代高动态范围的混合信号技术和RF高频电源技术。
The effects of hydrogen dilution, gas pressure and RF power on the properties of the films have been investigated.
研究了氢稀释、气体压力和RF功率对薄膜性质的影响。
Predistortion linearization technology is conceptually the simplest form of linearization for an RF power amplifier.
预失真线性化技术理论上是最简单的RF功率放大器线性化技术。
Transmitters are important parts in communication systems. The RF power output capability is a key for the transmitter.
发射机是通讯系统的重要组成部分，功率输出能力是发射机的关键。
Power Transmission: Another important consideration is the system's ability to transfer the RF power from instrument to DUT.
功率传输：另一个重要事项就是系统从仪器向DUT传输R F功率的能力。
Advanced measurement capability provides precise digital readout of RF power, frequency, pulse spacing, pulse widths and VSWR.
先进的量测能力提供对RF功率，频率，脉冲间距，脉冲宽度和VS WR的精确数字读取。
The RF power analyzer is programmed to read the power only in the channel in which the mobile device is supposed to be transmitting.
功率分析仪可控制只读取在信道内的发射功率，假定该手机要发射信号。
The diameter, length, arch height and space of bond-wires have great impacts on the radio frequency performance of RF power transistor.
键合线的直径、长度、拱高和并列键合线间距等物理参量，均对器件性能有很大影响。
The influence of chamber pressure, gas flow rate and RF power on micro loading effect in reactive ion etch of silicon dioxide is researched.
对二氧化硅反应离子刻蚀中反应室压力，刻蚀气体流量和射频功率等因素对刻蚀速率和刻蚀均匀性的影响进行了研究。
The ability of the RF power analyzer to measure power within specified frequency bands enables it to spot defects that an RF power meter cannot.
功率分析仪可在指定频段测量的能力使其能发现功率计发现不了的错误。
Unlike a spectrum analyzer, an RF power analyzer is optimized for high-volume production testing and features a wide dynamic power measurement range.
不同于频谱分析仪，功率分析仪被优化成适用于高产量测试和带有非常大的动态功率测量范围。
When total RF power transmitted is the key parameter-in a two-way radio system or an antenna system, for example-an RF power meter is an excellent solution.
在双路无线电系统或天线系统中，发射的总射频功率是关键参数，功率计就是一个非常好的解决方法。
As a result, lower working pressure and higher RF power is helpful to prepare good a-C film, meanwhile, laser repetition has evident influence on films growth.
结果表明：在较低气压和较高的射频功率下制备的a - C膜质量较好，同时，激光重复频率对膜生长也有显著影响。
As a result, lower working pressure and higher RF power is helpful to prepare good a-C film, meanwhile, laser repetition has evident influence on films growth.
结果表明：在较低气压和较高的射频功率下制备的a - C膜质量较好，同时，激光重复频率对膜生长也有显著影响。
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