delay encoding

In telecommunications, delay encoding is the encoding of binary data to form a two-level signal such that (a) a "0" causes no change of signal level unless it is followed by another "0" in which case a transition to the other level takes place at the end of the first bit period; and (b) a "1" causes a transition from one level to the other in the middle of the bit period. Note: Delay encoding is used primarily for encoding radio signals because the frequency spectrum of the encoded signal contains less low-frequency energy than a conventional non-return-to-zero (NRZ) signal and less high-frequency energy than a biphase signal. This is also known as Miller encoding. Source: from Federal Standard 1037C

<< Previous

Word Browser

Next >>

cutoff frequency
cutoff wavelength
subroutine
data access arrangement
data bank
data compaction
data element
data forwarder
data integrity
data link
data service unit

data signaling rate
data transmission circuit
date time group
db (car)
db(a)
dbm
dbrn
data circuit terminating equipment
decollimation
decrypt
degradation

degree of isochronous distortion
degree of start stop distortion
dejitterizer
delay
delay line
delta modulation
demand assignment
demand factor
demand load
desensitation
design objective

detector
deterministic routing
d 4
pulse dialing
dial up
dielectric
dielectric strength
differential encoding
differential manchester encoding
diffraction grating
digital access and cross connect system