LVDS is an important technology in signal transmission.
低压差分信号传输（LVDS）是一种重要的信号传输技术。
LVDS technology in the GAP system has good application prospects.
LVDS技术在GAP网闸系统中具有良好应用前景。
We pointed at LVDS connector and asked what sort of company would be interested in this.
另外，笔者还指着LVDS连接器，询问会有什么样的厂商来买。
The digital outputs are LVDS compatible and support both twos complement and offset binary format.
数字输出为LVDS兼容，支持二进制补码和偏移二进制两种格式。
The use of LVDS technology solves the problem of speed bottleneck of GAP gateway system data "ferry".
利用LVDS技术解决GAP网闸系统数据“摆渡”的速度瓶颈问题。
The image sensor integrates a programmable offset and gain amplifier for each channel of the 32 LVDS outputs.
该图像传感器集成了一个可编程偏移和增益为每32LVDS输出通道放大器。
To solve limited bandwidth problem of LVDS transmission, this dissertation used the Gigabit Ethernet transmission.
为解决LVDS传输方式带宽有限的问题，本文提出采用千兆以太网传输方式。
The chip's function includes transmitter-receiver of LVDS signal and serializer-deserializer of CMOS digital signal.
该芯片的功能包括LVDS信号的收发以及CMOS数据的串并转换。
This paper lays particular stress on new video chips for airborne application, mainly on PAL video and LVDS bus design.
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。
Using LVDS in FPD circuit the effective distance of LCD screen with digital RGB interface will be increased by the long way.
通过在FPD链路上使用LVDS技术可使具有数字rgb接口的液晶显示屏的工作距离大大增加。
On this basis, according to the function, it can be parted two main modules—the receive circuit of the LVDS and deserializer.
在此基础上，根据功能将其分为LVDS接收电路和串并转换电路两个主要模块。
Each P512 module offers 32 megabytes soldered, FPGA-controlled DDR2 SDRAM and an LVDS channel with a connection speed of 230 MHz and 86 megabytes per second.
每个P 512模块提供32兆比特焊接的、现场可编程门阵列控制的DDR2 SDRAM并具有230mhz和每秒86MB速度的LVDS通道。
Thanks to the LVDS transmission technology, it is applied to digital-imaging data transmission because of its high reliability, less wires and facile hardware.
由于具有可靠性高，传输线缆少，硬件简单等优势，结合抗干扰的LVDS传输线技术，近年来在数字成像系统中被用来传输图像数据。
The video signals generated by the cmos sensor need to be long-distance send, to avoid attenuation of the signals, This design use LVDS to communicate with host computer.
对于传感器产生白勺视频数字信号需要停止长间隔传输，为避免信号衰减，本次设计采用LVDS传输协议和上位机停止数传。
This paper proposes a design of PCI bus high speed LVDS communication Card, which can be widely applied in high speed serial communication of PCI-based electrical systems.
本文提出了一种设计pci总线高速LVDS通信卡，可广泛应用于PCI - based高速串行通讯的电子系统。
Based on field programmable gates array (FPGA), a method of implementing a long-range agreement transparent, highspeed LVDS and optical communication was firstly introduced.
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。
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.
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。
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.
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。
With the application of the high performance LVDS(low voltage differential signal), LVDS standard is becoming the most popular differential data transmission standard in the industry.
随着高速LVDS器件得到广泛应用，在高速信号使用LVDS传输时，信号传输线路问题、信号传输波形的最佳化成为非常重要的课题之一。
With the application of the high performance LVDS(low voltage differential signal), LVDS standard is becoming the most popular differential data transmission standard in the industry.
随着高速LVDS器件得到广泛应用，在高速信号使用LVDS传输时，信号传输线路问题、信号传输波形的最佳化成为非常重要的课题之一。
应用推荐