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- Hybrid_ternary_code abstract "In telecommunications, the hybrid (H-) ternary line code is a line code that operates on a hybrid principle combining the binary non-return-to-zero-level (NRZ-L) and the polar return-to-zero (RZ) codes.The H-ternary code has three levels for signal representation; these are positive (+), zero (0), and negative (−). These three levels are represented by three states. The state of the line code could be in any one of these three states. A transition takes place to the next state as a result of a binary input 1 or 0 and the encoder's present output state. The encoding procedure is as follows. In general, the encoder outputs + level for a binary 1 input and a − level for a binary 0 input. However, if this would result in the same output level as the previous bit time, a 0 level is output instead. Initially, the encoder output present state is assumed at 0 level when the first bit arrives at the encoder input.The new line-coding scheme violates the encoding rule of NRZ-L when a sequence of 1s or 0s arrives and hence, it overcomes some of their deficiencies. During the violation period for a run of 1s or 0s, it operates on the same encoding rule of the polar RZ but with pulse occupancy of full period.NRZ-L and polar RZ codes have deficiencies compared to the proposed H-ternary encoding scheme. NRZ-L code lacks sufficient timing information when the binary signal remains at one level in of either 1 or 0. This has direct influence on synchronising the receiver clock with that of the transmitter and, as a result, has impact on the detection of the received digital signal.The H-ternary code has also timing superiority compared to similar ternary codes. Other ternary line code such as alternate mark inversion (AMI) also lacks the timing information when a run of zeros needs to be transmitted. This drawback is partly overcome by its modified version the high density bipolar with three zeros substitution (HDB3).On the other hand, the new code has a smaller bandwidth in comparison with the polar RZ code. The latter has its frequency spectral components concentrated at twice the original binary data rate because the polar RZ code has a pulse duty cycle of 50 percent.".
- Hybrid_ternary_code wikiPageID "9516953".
- Hybrid_ternary_code wikiPageLength "3090".
- Hybrid_ternary_code wikiPageOutDegree "14".
- Hybrid_ternary_code wikiPageRevisionID "622780979".
- Hybrid_ternary_code wikiPageWikiLink 4B3T.
- Hybrid_ternary_code wikiPageWikiLink Bandwidth_(signal_processing).
- Hybrid_ternary_code wikiPageWikiLink Bipolar_encoding.
- Hybrid_ternary_code wikiPageWikiLink Category:Line_codes.
- Hybrid_ternary_code wikiPageWikiLink Line_code.
- Hybrid_ternary_code wikiPageWikiLink MLT-3_encoding.
- Hybrid_ternary_code wikiPageWikiLink Manchester_code.
- Hybrid_ternary_code wikiPageWikiLink Modified_AMI_code.
- Hybrid_ternary_code wikiPageWikiLink Non-return-to-zero.
- Hybrid_ternary_code wikiPageWikiLink Return-to-zero.
- Hybrid_ternary_code wikiPageWikiLinkText "Hybrid ternary code".
- Hybrid_ternary_code wikiPageWikiLinkText "hybrid ternary code".
- Hybrid_ternary_code wikiPageUsesTemplate Template:Bit-encoding.
- Hybrid_ternary_code wikiPageUsesTemplate Template:Refimprove.
- Hybrid_ternary_code wikiPageUsesTemplate Template:Reflist.
- Hybrid_ternary_code subject Category:Line_codes.
- Hybrid_ternary_code hypernym Code.
- Hybrid_ternary_code type Film.
- Hybrid_ternary_code type Encoding.
- Hybrid_ternary_code type Protocol.
- Hybrid_ternary_code comment "In telecommunications, the hybrid (H-) ternary line code is a line code that operates on a hybrid principle combining the binary non-return-to-zero-level (NRZ-L) and the polar return-to-zero (RZ) codes.The H-ternary code has three levels for signal representation; these are positive (+), zero (0), and negative (−). These three levels are represented by three states. The state of the line code could be in any one of these three states.".
- Hybrid_ternary_code label "Hybrid ternary code".
- Hybrid_ternary_code sameAs Q5953308.
- Hybrid_ternary_code sameAs m.02phhj5.
- Hybrid_ternary_code sameAs Q5953308.
- Hybrid_ternary_code wasDerivedFrom Hybrid_ternary_code?oldid=622780979.
- Hybrid_ternary_code isPrimaryTopicOf Hybrid_ternary_code.