将所述带内信号与所述带外预失真信号相 加，作为射频功率放大器的输入。
The present invention compensates the non-linear distortion of RF power amplifier in form of out of band compensating signal.
目的用公共的低速采样频率对全频段内许多不同频点的带通信号进行采样。
AimTo use the common sample frequency in low speed to the sample of band-pass signals of multiple different frequency point in full frequency rage.
其总的延迟可以由带噪分形信号的互信息曲线在第一区域内达到极小值的时间来确定。
The total delay time could be determined through the time of mutual information curve of the signal with noise getting to the maximum in the first quadrant.
有线电视广播接收机，用于接口连接带内信道的方法，和用于处理广播信号的方法。
Cable broadcast receiver, method for interfacing in-band channel, and method for processing broadcast signal.
提出了一种在基带采样率内对任意带通信号的正交采样技术。
A new quadrature sampling technique for arbitrary bandpass signal within baseband sampling rate is presented.
提出了研究正交频分复用(OFDM)信号通过高功率放大器产生的带内非线性畸变的一种新方法。
A new evaluation approach for the in-band nonlinear distortion, which is formed by the orthogonal frequency division multiplex (OFDM) signal passing through the high power amplifier, is presented.
TTIB（透明带内导音）及FFSR（前馈信号再生）技术是一种可抗无线信道中多径时延及多谱勒频移引起的信号衰落的技术。
Transparent tone-in-band(TTIB) and feedforward signal regeneration(FFSR) is a technology to combat the effects of multipath propagation delay and doppler effect in wireless channels.
结论合理选取频点和低速采样频率能够实现用公共的低速采样频率对全频段内许多不同频点的带通信号进行采样。
ConclusionThrough arranging reasonably the frequency point and the sample frequency, it is possible to use the common sample frequency in l...
图中可见右室前壁游离缘心肌内一条高信号脂肪带。
It revealed a band of fat with a high signal intensity in the myocardium of the anterior free wall of the right ventricle.
图中可见右室前壁游离缘心肌内一条高信号脂肪带。
It revealed a band of fat with a high signal intensity in the myocardium of the anterior free wall of the right ventricle.
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