ATS642在加电时对差分信号进行内部处理。
The ATS642 centers the internally processed differential signal at power-up.
介绍了平衡发送驱动器和差分信号接收器的设计技术。
The design of balance transmission driver and differential receiver were introduced.
设计了一种对高速差分信号进行FIR滤波的滤波器结构。
This paper designs a digital FIR filter architecture, which can be used to filter high-speed differential signals.
低压差分信号传输（LVDS）是一种重要的信号传输技术。
视频介绍上的并行lvcmos总线串行数据序列化为一个高速差分信号。
The video data presented to the serializer on the parallel LVCMOS bus is serialized into a high-speed differential signal.
针对这一问题设计一种差分信号转换器，有效地实现了步进电机控制功能。
For resolving this problem we design a kind of difference signal convertor. Through using the difference signal convertor the step motor is effectively controlled.
该模块解决了对差分信号“调制”、“解调”问题，实现了数据和电源在同轴电缆上的同步传输。
It solves the problem of modulate and demodulation of differential signal and achieve data and power signal communication in coaxial-cable.
根据RSDS接口规范，围绕接口接收器最小建立保持时间的性能，重点研究低摆幅差分信号放大器的设计。
According to RSDS specification and focusing on performance of the minimum setup and hold time, the design of differential signal amplifier for RSDS receiver is analyzed in detail.
在接收方，接收器把LVDS差分信号合成后再还原成原来的视频数据信号、同步信号以及状态指示信号等。
In receiver department, the receiver combined LVDS difference signals and then restored to original video data signal, synchronization signal, state indication signal and so on.
介绍了利用现场可编程门阵列fpga实现低电压差分信号—光纤接口的协议透明、远距离、高速数据传输系统。
Based on field programmable gates array (FPGA), a method of implementing a long-range agreement transparent, highspeed LVDS and optical communication was firstly introduced.
该传感器有32个10位数字低电压差分信号传输(LVDS)输出，使超过1在低功耗和低噪音标准工业协议的图像数据传输。
The sensor has 32 10-bit digital low Voltage Differential Signaling (LVDS) outputs that enable transfer of image data over a standard industry protocol at low power and low noise.
介绍了几种新型的视频转换芯片在机载计算机系统上的应用，主要包括PAL制视频和低电压差分信号(LVDS)视频总线设计。
This paper lays particular stress on new video chips for airborne application, mainly on PAL video and LVDS bus design.
分析了干涉条纹两路光电差分信号的有效范围，提出采用椭圆拟合对差分信号进行拟合、校正与补偿，以进一步提高系统测量精度的方法。
Effective range of detection signal is analyzed and proposes a means of ellipse fit that revises and compensates measurement result to improve measurement precision.
同时用非线性跟踪-微分器代替差分法来提取微分信号，提高了微分信号的品质。
Meantime, differential signal is distilled by nonlinear tracking-differentiator instead of the method of difference, which improves the quality of differential signal.
通过分析各分信号的标准差，确立了小波分析标准，为胎儿心率信号的消噪处理提供参照。
Establishment a standard of wavelet analysis by analysis standard deviation of every sub-signal, handles to provide to according to the de-noising of the fetal heart rate signal.
通过分析各分信号的标准差，确立了小波分析标准，为胎儿心率信号的消噪处理提供参照。
Establishment a standard of wavelet analysis by analysis standard deviation of every sub-signal, handles to provide to according to the de-noising of the fetal heart rate signal.
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