LVD:低压差分
“Low Voltage Differential”(低压差分)常简写为LVD,这种缩写方式有助于提高书写与交流的效率。该术语广泛应用于电子工程及学术科研领域,特别是在涉及信号传输与电路设计的场景中。采用LVD技术能够有效降低电压差,提升系统的稳定性和抗干扰能力。
Low Voltage Differential具体释义
Low Voltage Differential的英文发音
例句
- The sensor has3210-bit digital Low Voltage Differential(LVD) 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。
- This paper introduces the working principle and characteristic of Low Voltage Differential(LVD) Signals, it mainly describes the skill of LVDS PCB design, how to control the impedance and the delay time on PCB.
- 主要介绍了低压差分(LVD)信号(LVDS)的工作原理和特点,主要叙述了LVDS的布线技巧,如何在PCB上实现阻抗控制、延时要求等。
- This paper introduces a design of the high speed data transferring, recording and displaying system based on FPGA and USB. The transferring method of low voltage differential signal ( LVDS ), the FPGA func-tion module and the USB transferring module are presented.
- 提出了一种基于FPGA和USB的高速数据传输、记录及显示系统的设计方案,并对其中的低电压差分信号(LVDS)传输方式、FPGA功能模块以及USB传输模块等进行了介绍。
- Low Voltage Differential(LVD) Signaling ( LVDS ) is a new technology developed to meet this demand.
- 低压差分(LVD)信号传输技术(简称LVDS:LowVoltageDifferentialSignaling)便是这样的一种新技术。
- Technologies such as embedded clock, point-to-point linkage, low voltage differential signal transmission and data encoding, enables gigabit serial bus get reliable high transfer rate at practical long distance, and become the next generation of interconnection interfaces.
- 而高速的串行接口则采用了嵌入式时钟、点对点连接、低压差分(LVD)信号模式和数据编码等技术,可获得上千兆的传输频率和更远的传输距离。
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