crosstalk ['krɔs,tɔ:k]

crosstalk的基本解释

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串音, [计] 串扰, 串话

与crosstalk相关的网络例句 [注：此内容来源于网络，仅供参考]

In the past to the near-end crosstalk testing can only provide the results of cross-talk occurred in the frequency domain, that is what can only be aware of cross-talk occurred in the frequency, and unable to report the physical location of crosstalk occurs, such an outcome is far from meeting the field to address crosstalk failure demand.

以往对近端串扰的测试仅能提供串扰发生的频域结果，即只能知道串扰发生在哪个频点，并不能报告串扰发生的物理位置，这样的结果远远不能满足现场解决串扰故障的需求。

By analyzing the results of LSNR measurements for samples with different components, and comparing with the media of Aprilis Corporation, we give the suggestion to optimize the material components in the future. In addition, based on the physical mechanism of intra-page crosstalk noise, we proposed the Pixel-Matched Spread Function, and a simplified deconvolution arithmetic to suppress the intra-page crosstalk noise.

另外，在分析数字数据全息存储中页内串扰噪声产生的物理过程的基础上，提出了像元匹配扩散函数的概念，并提出了一个反卷积算法来抑制页内串扰噪声，计算机模拟和实验结果都证明我们提出的PMSF算法可以有效的抑制页内串扰噪声，提高恢复数据页的保真度。

The parameters include waveguide width: 8μm, titanium film thickness:50~60nm, index change: 0.006, diffusion temperature: 1050 and diffusion time: 9~10 hours.Designed and produced a 2 X 2 coupler Optical switch and a 1 X 2 digital optical switch. The coupler optical switch was produced by AP reversal structure, with the main parameters such as total length of switch: 30mm, waveguides center distance: Hum, interaction length: 17mm, and at 17V with a crosstalk of -18dB. The digital optical switch was produced by asymmetry electrode Y branch structure. The main parameters of this switch such as switch length: 25mm, the angle of Y branch: 0=0.1? center distance at branch end: 30μm, the center distance of electrons: 12μm, and at 27V with a crosstalk of 18dB.

设计并制作了2×2耦合型光开关和1×2数字开关，其中耦合型开关主要采用的反转Δβ定向耦合器开关，开关长度约30mm，波导宽度8μm，波导间距14μm，耦合区长度17mm，电极主要采用三电极结构，最终测得对TE模开关电压＜-15，消光比≈18dB；数字开关采用非对称电极Y分叉数子开关结构，利用BPM软件模拟了其开关特性并优化了器件参数，制作中采用的主要参数为：开关长度约25mm，Y分叉角θ=0.1°，Y分叉末端波导间距30μm，电极间距12μm，最终测得开关电压27V，消光比≈18dB。

与crosstalk相关的网络解释 [注：此内容来源于网络，仅供参考]

crosstalk：串扰

据悉将从2010年6月前后开始供货. 在左右两边进行配备的方式,已经在4月由夏普进行了技术发布. 其特点是由于可以在上下方向对背照光进行扫描,因此可以用于帧顺序(Frame Sequential)显示方式的3D显示器"串扰"(Crosstalk)对策.

crosstalk：串话

此外,Lamin A/C与如pRb(与视网膜母细胞瘤相关)等丰富的转录因子相互作用,而pRb是s-期阻滞所需细胞循环的关键因素(gatekeeper),诱发Lamin A/C和经典的肿瘤抑制因子p53-pRb途径之间"串话"(crosstalk)的可能并因此促进退行性变进程.

crosstalk：串音

(二)双绞线顾名思义导线须对绞,而对绞的目的就是要减少杂音(Noise),串音(Crosstalk)等干扰,因为当线上的电流流动时会产生电磁场,因而干扰其他导线,若把正信号和负信号对绞,则两者产生之磁场互相抵消,

crosstalk：道间串扰

我们最关心的攻击是干扰攻击(即用攻击信号来干扰合法的网络信号,可能导致服务降级或拒绝服务)以及利用设备道间串扰(Crosstalk)的攻击. 设备道间串扰是信号从光纤设备的一部分泄漏到另一部分时发生的一种现象,在绝大多数现代光纤设备中普遍存在,

far-end crosstalk：远端串音

此一HDMI 1.3介面静电保护元件与过电流保护参考设计是由泰科电子与全球高速介面设计及测试领导厂商之一的Efficere Technologies所共同开发,其阻抗 (TDR)、资料眼图(Data Eye)和远端串音(Far End Crosstalk)等均能达到或超过HDMI 1.3规格