delays(passive) may be caused byPropagation delays
by excessive wire length(passive) caused bypropagation delays
the length a signal must travel via(passive) is caused byPropagation delay
by the ionosphere and the troposphere(passive) caused bypropagation delays
the signalcausespropagation delay
by line receivers(passive) caused bypropagation delays
varying lengths of signal buses in the SDRAM 30(passive) caused bypropagation delays
filtersstill causedelay spread
multipath(passive) caused bydelay spread
by wireless medium(passive) caused bydelay spread
Long electrical lengthcausespropagation delays
by varying ionospheric electron content(passive) caused bypropagation delays
by varying lengths of signal buses in the system(passive) caused bypropagation delays
by signals being reflected from structures ( e.g. , buildings and mountains ) and users traveling on vehicles(passive) caused bydelay spread
the speed of light in a fiber or copper based network(passive) is caused byPropagation delay
by distance and/or interference caused by objects(passive) caused byPropagation delays
by distance from the source access node or other interference conditions(passive) caused bypropagation delay
by the dimensions of the grating(passive) caused bypropagation delays
by the interconnects(passive) caused bypropagation delays
Sources of carrier - phase mismatch at the receivercausesPropagation delay
the timing errorsresultingfrom propagation delay
by differences in group velocity among modes of an optical fiber(passive) caused bypropagation delay
no address - decoding logicto causepropagation delays
by both gate delays and(passive) caused bypropagation delays
the sending the signals from the GPS module 11 to the first base station(passive) caused bythe propagation delay
by long distances(passive) caused byany propagation delay
by the characteristics of the speed of light traveling via a fiber - optic - based or copper based medium of the underlying network(passive) caused byPropagation delay
by dispersion effects(passive) caused bypropagation delay
the length(passive) is caused byPropagation delay
the length a signal must travel via light in fiber or electrical impulse in copper - based networks(passive) is caused byPropagation delay
by multipath fading effect(passive) caused bymultipath propagation delay spread
by time - varying effects of the communication channel(passive) caused bydelay spread
any other areascan causethe propagation delay
by the two gate delays(passive) prompted bypropagation delays
by the wireless link(passive) caused bythe propagation delay
by gate delay(passive) caused byPropagation delay
by distance or any other reason(passive) caused bya propagation delay
The non - interactioncould causea propagation delay
most often(passive) is causedPropagation delay
by membrane capacitance(passive) caused bythe propagation delay
errorscauseerrors
a given source signal to reach different sensors at different timescausea given source signal to reach different sensors at different times
Time dispersion(passive) is also caused byTime dispersion
a local network to exhibit a variety of metastable network statescausea local network to exhibit a variety of metastable network states
an incorrect estimation of this timemay causean incorrect estimation of this time
the fine timing signalscausingthe fine timing signals
some distortion of the signal , in which the distortion can for example be seen in FIG . 15may causesome distortion of the signal , in which the distortion can for example be seen in FIG . 15
some distortion of the signal , in which the distortion can for example be seen in FIGmay causesome distortion of the signal , in which the distortion can for example be seen in FIG
for examplemay influencefor example
tensioncausetension
the phase shift(passive) caused bythe phase shift
carrier - phase offset in the received signalcausescarrier - phase offset in the received signal
signal edges of an IRIG encoded signal 304 ( e.g. , signal edge 312 ) to be delayed by an amount of time 204 associated with the propagation delaymay causesignal edges of an IRIG encoded signal 304 ( e.g. , signal edge 312 ) to be delayed by an amount of time 204 associated with the propagation delay
from the light speed velocity of radio wavesresultingfrom the light speed velocity of radio waves
distancecausesdistance
the max frequencywill influencethe max frequency
Application latency(passive) is mostly influenced byApplication latency
symbol errorscausessymbol errors
in signal reflections on the buscould resultin signal reflections on the bus
network performance and will have an impact on proper operateinfluencesnetwork performance and will have an impact on proper operate