- Conditioned Diphase
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Conditioned Diphase (CDP) is a line code for digital baseband transmission. Conditioned diphase uses a line encoding technique that encodes the digital data to be transmitted with a clock signal. Conditioned diphase is also known as Differential Manchester encoding.
See also
- baseband
- line code
- channel coding
- Differential Manchester encoding
References
This article incorporates public domain material from the General Services Administration document "Federal Standard 1037C" (in support of MIL-STD-188).- Smith, David Russell (2003). Digital Transmission Systems (3rd ed.). USA: Springer. ISBN 978-1-4020-7587-1.
- The US DOD spec "Multiplexer, Time Division Digital TD-1069( ) G" (MIL-M-49143), page 97, has a chart of BMC with 0=transition and clock before data, which it calls "Conditioned Diphase Data".
External links
Line coding (digital baseband transmission) Main articles 
Basic line codes Return to zero (RZ) · Non-return-to-zero, level (NRZ/NRZ-L) · Non-return-to-zero, inverted (NRZ-I) · Non-Return-to-Zero, space (NRZ-S) · Manchester · Differential Manchester/Biphase (Bi-φ)Extended line codes Conditioned Diphase · 4B3T · 4B5B · 2B1Q · Alternate Mark Inversion · Modified AMI code · Coded mark inversion · MLT-3 encoding · Hybrid ternary code · 6b/8b encoding · 8b/10b encoding · 64b/66b encoding · Eight-to-fourteen modulation · Delay/Miller encoding · TC-PAMOptical line codes Carrier-Suppressed Return-to-Zero · Alternate-Phase Return-to-ZeroSee also: Baseband · Baud · Bit rate · Digital signal · Digital transmission · Ethernet physical layer · Pulse modulation methods · Pulse-amplitude modulation (PAM) · Pulse code modulation (PCM) · Serial communication · Category:Line codesCategories:- Line codes
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