1、nrz

nrz發(fā)音

英：　　美：

nrz中文意思翻譯

常見釋義：

abbr.不歸零制（Non-Return-to-Zero）

nrz雙語(yǔ)使用場(chǎng)景

1、Utilizing Phase Modulator for Realizing NRZ-to-RZ Data Format Conversion with Tunable Duty Ratio───利用相位調(diào)制器實(shí)現(xiàn)占空比可調(diào)的NRZ到RZ碼的碼型轉(zhuǎn)換

2、Investigation on All-optical Clock Recovery from High-Speed NRZ Data───高速非歸零碼數(shù)據(jù)的全光時(shí)鐘恢復(fù)研究

3、The preprocessor can extract clock information from NRZ data stream, which consists of a delay cell, a multiplier and a narrow-band filter.───預(yù)處理器主要有延遲單元、乘法器和窄帶濾波電路構(gòu)成，可以從NRZ數(shù)據(jù)中得到時(shí)鐘信號(hào)。

4、Numerical Simulation of Clock Component Extraction of NRZ Signal Using SOA Loop Mirror───基于SOA光纖環(huán)鏡的NRZ信號(hào)時(shí)鐘分量提取的數(shù)值模擬

5、doesn't contain synchronous clock frequency.───不含有位同步時(shí)鐘分量。

6、This allows obtaining a substantial increase in performance compared with a simple conventional receiver optimized for NRZ signals.───與NRZ信號(hào)優(yōu)化的簡(jiǎn)單常規(guī)接收器相比，這允許獲得相當(dāng)大的性能提高。

7、Influence of polarization mode dispersion on NRZ and RZ System───偏振模色散對(duì)NRZ碼和RZ碼系統(tǒng)影響的研究

8、After compensation the eye diagrams can be well recovered both for NRZ and RZ formats.───對(duì)于非歸零碼還是歸零碼，補(bǔ)償后眼圖恢復(fù)很好。

9、transmission system, the transform between NRZ and HDB3 is usually needed.───傳輸系統(tǒng)中常需要進(jìn)行NR Z碼和HDB3碼間的相互轉(zhuǎn)換。

nrz相似詞語(yǔ)短語(yǔ)

1、corroboration define───確證定義

2、substantively legal───實(shí)質(zhì)上合法的

3、karsts of China───中國(guó)巖溶

4、cinematics definition───**定義

5、onwards and upwards───天天向上；勇往直前；一直進(jìn)步

6、glide into───漸變?yōu)?/p>

7、only for u───只為你

8、ghost riders in the sky───天空中的幽靈騎士

9、frail synonym───脆弱同義詞

10、insectivora species───食蟲綱

2、what is NRZ data

In telecommunication, a non-return-to-zero (NRZ) line code is a binary code in which "1's" are represented by one significant condition and "0's" are represented by the other significant condition, with no other neutral or rest condition. The pulses have more energy than a RZ code, but it does not have a rest state, which means a synchronization signal must also be sent alongside the code.

For a given data signaling rate, i.e., bit rate, the NRZ code requires only half the bandwidth required by the Manchester code.

When used to represent data in an asynchronous communication scheme, the absence of a neutral state requires other mechanisms for data recovery, to replace methods used for error detection when using synchronization information when a separate clock signal is available.

NRZ-Level itself is not a synchronous system but rather an encoding that can be used in either a synchronous or asynchronous transmission environment, that is, with or without an explicit clock signal involved. Because of this, it is not strictly necessary to discuss how the NRZ-Level encoding acts "on a clock edge" or "during a clock cycle" since all transitions happen in the given amount of time representing the actual or implied integral clock cycle. The real question is that of sampling--the high or low state will be received correctly provided the transmission line has stabilized for that bit when the physical line level is sampled at the receiving end.

However, it is handy to see NRZ transitions as happening on the trailing (falling) clock edge in order to compare NRZ-Level to other encoding methods, such as the mentioned Manchester code, which requires clock edge information (is the XOR of the clock and NRZ, actually) and to see the difference between NRZ-Mark and NRZ-Inverted.