return-to-zero
英 [rɪˈtɜːn tu ˈzɪərəʊ]
美 [rɪˈtɜːrn tu ˈzɪroʊ]
网络 归零; 归零码; 归零编码; 回零
双语例句
- If paperboard-lacking is found in the automatic return-to-zero or productive process of every unit, this machine has the functions of automatic stopping and trouble alarm.
各机组自动归零及生产过程中途缺纸自动停机功能，故障报警等。开槽系统采用高精度丝杆、排刀准确可靠。 - Computer conrol, touch screen setting, control phase, automatic return-to-zero, memory function.
电脑控制，触摸屏设定控制，调整相位，自动归零，记忆功能。 - Multi-Channel All-Optical Non-Return-to-Zero to Return-to-Zero Format Converter Based on Fiber Optical Parametric Amplifier
安全放炮器耐爆放炮器基于光纤光参量放大的多通道全光非归零/归零码转换器 - A format conversion from a non-return-to-zero ( NRZ) signal to return-to-zero ( RZ) signal is presented based on four-wave mixing ( FWM) and cross-phase modulation ( XPM) in a silicon optical waveguide.
基于硅光波导的四波混频（FWM）和交叉相位调制（XPM）效应，提出非归零码（NRZ）到归零码（RZ）的光调制格式转换。 - New Solving Algorithm of TSP Based on Return-to-zero Matrix
一种基于归零矩阵的TSP求解算法 - The transmission performance of nonreturn-to-zero ( NRZ) and carried-suppressed return-to-zero ( CSRZ) in 40 Gbit/ s single channel systems over 6 × 80 km G.
文章仿真了非归零码（NRZ）和载波抑制归零码（CSRZ）在40Gbit/s单通道系统中G。 - A program design of the automatic return-to-zero in NUM-1060 ⅱ CNC system
NUM-1060ⅡCNC系统自动回零程序设计 - 10 Gbit/ s all-optical non-return-to-zero ( NRZ) to return-to-zero ( RZ) conversion is demonstrated based on terahertz optical asymmetric demultiplexer ( TOAD) using all-optically recovered clock from the NRZ signal.
利用从非归零（NRZ）信号中全光提取的时钟，采用太赫兹光非对称解复用器（TOAD）实现了10Gbit/s非归零码到归零（RZ）码的码型转换。 - The all-optical regeneration technique about return-to-zero ( RZ) optical data streams can be implemented by self-phase modulation ( SPM).
自相位调制可用于信号脉冲的整形，可实现归零码（RZ）信号的再生。 - In this controller, the whole control task is divided into two subtasks, which are return-to-zero without overshoot and high steady accuracy.
该控制器将整个控制任务分为无超调归零与高稳态精度两个子任务。 - This work deals with the fundamentals of basic frequency band signal transmission sys-tem for well logging and analyzes the bipolar return-to-zero system and Manchester trans-mission system for well logging in detail.
本文介绍了基带传输系统的原理，并较详细地分析了用于测井的双流归零制基带传输系统和曼彻斯特传输系统。 - A method to generate Single Sideband Return-to-Zero Signal ( SSBRZ) is introduced by deriving formulas.
对光的单边带归零信号（SSBRZ）的一种产生方式进行了推导。 - The results indicate that the NRZ ( non return-to-zero) format with compact modulation bandwidth and simple configuration seems to be desirable in the high bit rate and short/ medium distance optical fiber transmission.
比较分析表明，由于频谱结构紧凑和实施简单，非归零码（NRZ）在中短距离高速传输系统中有很好的应用； - The bit-synchronous phase pre-modulation imposed on non-return-to-zero ( NRZ) signals at the transmitter can reshape the NRZ pulse to return-to-zero ( RZ) waveform and hence improve the eye opening.
通过在发射端对非归零（NRZ）的光信号进行比特同步相位预调制，使非归零码在传输过程中得到波形重整，演变为归零（RZ）的波形，从而提高眼图开启度。 - With the equivalent comb filtering effect, return-to-zero ( RZ) and carrier-suppressed return-to-zero ( CS-RZ) pulse trains having a repetition rate twice of the microwave frequency are generated, leading to the adjustment of the repetition rate greatly simplified.
基于等效梳状滤波效应，生成了二倍频重复速率的归零码（RZ）和载波抑制归零码（CS-RZ）光脉冲序列，大为简化了重复速率的调节过程。 - Non-return-to-zero ( NRZ) and return-to-zero ( RZ) are the most popular optical modulation formats in the optical communication system.
非归零码（NRZ）和归零码（RZ）是光通信系统中最常见的两种光调制格式。