HDB3 code is ordinary adopted in the baseband transmission system.
HDB3码是基带传输系统中经常采用的传输码型。
So let's say you have three empty partitions, hda3, hdb3, and hdc3.
我们假定您有三个空分区：hda3、hdb3和hdc3。
You can still combine hdb1 and hdb3 into a single, cohesive whole using linear mode.
您仍可以运用线性模式将 hdb1和hdb3 组合为具有内聚性的单一线性卷。
In baseband transmission system, the transform between NRZ and HDB3 is usually needed.
带传输系统中常需要进行NR Z码和HDB3码间的相互转换。
Based on the CPLD, a circuit of HDB3 CODEC is designed in this article to realize this transform.
基于CPLD设计了一种能实现该种转换的HDB3码编译码器。
The principle of HDB3 decoder is analyzed. A quick way to implement HDB3 decoder based on FPGA is proposed.
分析了HDB3译码器的原理，提出了一种基于FPGA技术的HDB3译码器的快速实现方法。
The first third of the linear volume will reside on hda3, the last third on hdc3, and the middle third on hdb3.
线性卷的前三分之一位于hda3上，后三分之一位于hdc3 上，中间三分之一位于 hdb3 上。
This paper proposed a way of high density bipolar three HDB3 code based on ISP(in-system programmable digital circuits)device.
提出了一种采用ISP大规模可编程器件实现高密度HDB3码的一种实验方法。
The data transmission rate with correlative coding can be twice as high as that with AMI or HDB3, thus may improving the efficiency of seismic exploration.
相关编码信号比AMI或HDB3编码的信号的数据传输速率可以提高一倍，从而提高地震勘探的效率。
The data transmission rate with correlative coding can be twice as high as that with AMI or HDB3, thus may improving the efficiency of seismic exploration.
相关编码信号比AMI或HDB3编码的信号的数据传输速率可以提高一倍，从而提高地震勘探的效率。
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