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Allen Tran , Ser(passive) invented byANTENNA ELECTRICAL LENGTH
Allen Tran , Serial No . TBD(passive) invented byANTENNA ELECTRICAL LENGTH ,
for the center frequency of the operating band(passive) may be setAntenna lengths
according to the frequency band ( quarter and half - frequency length(passive) also are setAntenna lengths
initially(passive) is ... setAntenna size
for half wavelength(passive) is setThe antenna length
for minimum SWR(passive) were setAntenna element lengths
A further factorinfluencesantenna resonant length
distancewill influenceantenna size
to be a fraction of the average wavelength for FM radio(passive) is setThe antenna length
for the frequencies it needs to maximize gain for(passive) is designedAntenna length
according to the operating frequency(passive) should be setThe antenna length
distribution near the antenna with a high dielectric constant materialcan be designedshort antenna length
February 13 , 2012 com avi splitter freeware spybot antibot car hop numbersetantenna size
electronically de - selecting elements(passive) created byan antenna length
Several important factorswill influencethe antenna length
the loss of the material(passive) is caused bythe antenna length
for more stable and strong signal reception , longer and larger receiving elements than any of the other Yagi antennas Antenna can pick up VHF and UHF Channels thanks to the upgraded smart chip Cut the cable and with this powerful outdoor antennadesignedfor more stable and strong signal reception , longer and larger receiving elements than any of the other Yagi antennas Antenna can pick up VHF and UHF Channels thanks to the upgraded smart chip Cut the cable and with this powerful outdoor antenna
the UWB antenna parametersinfluencedthe UWB antenna parameters
for a 1/4 wavelength with respect to a substantially intermediate frequency on the UHF television signal bandsetfor a 1/4 wavelength with respect to a substantially intermediate frequency on the UHF television signal band
very hard to tune SWR values ( like 2 x half - wavelength dipolewould causevery hard to tune SWR values ( like 2 x half - wavelength dipole
an over - proportioned increase in radiation of said antenna withincausingan over - proportioned increase in radiation of said antenna within
to the length of L1 , since there is no need of retracting antenna elements of the retractive antenna 1 ( step S25has been setto the length of L1 , since there is no need of retracting antenna elements of the retractive antenna 1 ( step S25
for operation at a frequency in the tensdesignedfor operation at a frequency in the tens
the limitations(passive) set bythe limitations
the frequency dependence , not the actual path losscausethe frequency dependence , not the actual path loss
to provide 50 ohms at resonance as you would expectsetto provide 50 ohms at resonance as you would expect
to the length of L2 , since there is no need of protracting the antenna elements of the retractive antenna 1 ( step S32has been setto the length of L2 , since there is no need of protracting the antenna elements of the retractive antenna 1 ( step S32
from increasing the length beyond 1/10th of the operating wavelength of the antennaresultingfrom increasing the length beyond 1/10th of the operating wavelength of the antenna
the performance most stronglyinfluencesthe performance most strongly
from increasing the length beyond 1/1 0 th of the operating wavelength of the antennaresultingfrom increasing the length beyond 1/1 0 th of the operating wavelength of the antenna
from increasing the length of the antennaresultingfrom increasing the length of the antenna
at a predetermined lengthto be setat a predetermined length