搜索资源列表
HDB3
- 用VerilogHDL实现了从NRZ码到HDB3码的编码过程-NRZ code to HDB3 code using VerilogHDL
HDB3_decoder
- 用VerilogHDL实现了HDB3码到NRZ码的解码过程-decode HDB3 code to NRZ code using VerilogHDL
HDB3_coder
- 实现了将64K低速NRZ码复接成2.048M高速HDB3码及其解复接过程，同时还用同步状态机剔除假同步和假失步的状态 -Achieved the 64K low-speed NRZ code 2.048M into high-speed multiplexing and demultiplexing HDB3 code then the process also removed using false synchronous state machine synchronization and f
hdbn_latest.tar
- This “core” is actually two cores – an HDB3/HDB2/B3ZS Encoder that converts NRZ data into P and N pulses according to ITU-T G.703, and a HDB3/HDB2/B3ZS Decoder that converts P and N pulses into NRZ data according to ITU-T G.703.
ys
- 两路单极性HDB3+和HDB3-信号，经映射模块后完成单极性到双极性信号的数字转化，该模块由设计文件ys.v完成。由于映射后得到的是双极性归零码，通过该模块得到双极性非归零码。该模块由设计文件delay.v完成-Two unipolar HDB3-signals HDB3+, and by the mapping module to complete unipolar to bipolar signal digital conversion, the module completed by th
hdbn_latest.tar
- This “core” is actually two cores – an HDB3/HDB2/B3ZS Encoder that converts NRZ data into P and N pulses according to ITU-T G.703, and a HDB3/HDB2/B3ZS Decoder that converts P and N pulses into NRZ data according to ITU-T G.703.
hdbn
- This “core” is actually two cores – an HDB3/HDB2/B3ZS Encoder that converts NRZ data into P and N pulses according to ITU-T G.703, and a HDB3/HDB2/B3ZS Decoder that converts P and N pulses into NRZ data according to ITU-T G.703. Note: HDB2 and