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to feed power into a resistive load of a specific value , very often 50 ohms.[1(passive) are designedTransmitters
nice / Makefile config.statuscreatingtransmitters /
| QRZ Forums Lew McCoy TVsettransmitters
to derive a load impedance of 50 ohms resistive(passive) are usually designedTransmitters
BACKGROUND OF THE INVENTIONDesigners have many considerationswhen designingtransmitters
as thirty meters which will make it very difficult for any would be thief to spot them(passive) can be set as far apartTransmitters
FM headsettransmitters
each wireless communication device that is a group candidate(passive) discovered bytransmitters
for operation in hazardous areas(passive) are designedTransmitters
the plurality of wireless communication devices belonging to the group(passive) discovered bytransmitters
the patient 's mutation(passive) caused bytransmitters
in order to minimize the number of wires running across the room(passive) have been designedTransmitters
to be the interface or method used to control various applications and instruments(passive) are designedTransmitters
language to spread information around the world faster and faster(passive) created bytransmitters
for standard two - wire operation where the output is supplied via the same wire pair as the power supply(passive) are designedTransmitters
to deliver a given output power into a nominal load with some limits on distortion , heating , operation of active devices within ratings etc(passive) are designedTransmitters
to generate and send signals or data(passive) are designedTransmitters
to produce radio waves that communicate information which is processed and played out by receivers(passive) are designedTransmitters
of equipment used to generate and transmit electromagnetic waves carrying messages or signals(passive) are setTransmitters
to transmit output signal within allocated channels(passive) are typically designedTransmitters
that send news into the immediate vicinity(passive) are set up thereTransmitters
to work with their respective receiver and vice versa(passive) are only designedTransmitters
to generate current pulses of both polarities in a transmitter loops(passive) is designedTransmitters
the user(passive) can be set byTransmitters
climate changes and signal propagation changes between the master M and the secondaries X and Y(passive) caused bytransmitters
to accept and deliver many different types of inputs and outputs(passive) are physically designedTransmitters
to operate over a range of voltages(passive) are designedTransmitters
to fit the particular transmission •Analogue devices can be upgraded(passive) are designed•Transmitters
to transmit at specified frequency intervals ( sub - bands ) of an operational frequency band(passive) may be designedTransmitters
confusing the transmitters(passive) caused bytransmitters
the information processing apparatus 100(passive) discovered bytransmitters
to broadcast on a specific frequency or channel(passive) can be setTransmitters
to shape spectral density with two criteria in mind -- compliance with ITU limits and minimization of the corrupting effect of the transmitter echo on the receiver SNR(passive) are designedTransmitters
RTD Connector Systems RTD - Pt100 ExtensionLeadsPt100 Transmitters
to help electronic devices perform multiple functions(passive) are designedTransmitters
to ensure the signal field will not change regardless of the temperature outdoors(passive) are designedtransmitters
to radiate from the antenna(passive) are designedTransmitters
one receiver which can be u(passive) triggered by96-CHANNELDual transmitters
for environment monitoring and controlling(passive) are designedtransmitters
which are capable of emitting more than one frequency to an induction coil(passive) have been designedTransmitters
only addresses interference(passive) caused byonly addresses interference
to minimize interferencedesignedto minimize interference
the self - interference(passive) caused bythe self - interference
radio interferencecausingradio interference
interference to geostationarycausinginterference to geostationary
adjacent channel interference(passive) caused byadjacent channel interference
to be used in such a way that a separation distance of at least 20 centimeters is normally maintained between the transmitter 's radiating structure(s ) and the body of the user or nearby personsdesignedto be used in such a way that a separation distance of at least 20 centimeters is normally maintained between the transmitter 's radiating structure(s ) and the body of the user or nearby persons
for just this kind of applicationdesignedfor just this kind of application
for food applicationdesignedfor food application
some interference and dropped packetscausingsome interference and dropped packets
TV and telephones interference(passive) caused byTV and telephones interference
interference with your DTV receptioncan causeinterference with your DTV reception
wave interference patternscreatingwave interference patterns
NEXT interference signals(passive) caused byNEXT interference signals
to operate in in 769 - 775 MHz and 799 - 805 MHz frequency bandsdesignedto operate in in 769 - 775 MHz and 799 - 805 MHz frequency bands
harmful interference ... to the license holdercauseharmful interference ... to the license holder
to operate with a 12.5 kHz channel bandwidthdesignedto operate with a 12.5 kHz channel bandwidth
to operate with a 25 kHz channel bandwidth that are not equipped with an audio low - pass filterdesignedto operate with a 25 kHz channel bandwidth that are not equipped with an audio low - pass filter
to operate on frequencies in the 150.8 – 162.0125 MHz , 173.2–173.4 MHz , and/ or 421–512 MHz bands , received on or after January 1 , 2005designedto operate on frequencies in the 150.8 – 162.0125 MHz , 173.2–173.4 MHz , and/ or 421–512 MHz bands , received on or after January 1 , 2005
to operate on frequencies in the 150.8 – 162.0125 MHz , 173.2–173.4 MHz , and/ or 421–512 MHz bands , received on or after February 14 , 1997designedto operate on frequencies in the 150.8 – 162.0125 MHz , 173.2–173.4 MHz , and/ or 421–512 MHz bands , received on or after February 14 , 1997
for public infrastructure , such as those in the Hotel or a Universitydesignedfor public infrastructure , such as those in the Hotel or a University
to transmit with a non - constant envelopedesignedto transmit with a non - constant envelope
to Prevent or Otherwise Interfere with Cellular Radio Communications , Public NoticeDesignedto Prevent or Otherwise Interfere with Cellular Radio Communications , Public Notice
interference to local government agency frequenciescausinginterference to local government agency frequencies
files using self assigned filesmay createfiles using self assigned files
files using self assigned filemay createfiles using self assigned file
health hazards(passive) caused byhealth hazards
for public infrastructure , such as those in the restaurant and hospitality sectordesignedfor public infrastructure , such as those in the restaurant and hospitality sector
to operate in front of a person ’s face , as in push - to - talk configurationsare designedto operate in front of a person ’s face , as in push - to - talk configurations
to be suitable for hazardous areas designated as Zone 1(21are designedto be suitable for hazardous areas designated as Zone 1(21
to interfere deliberately with GPS devices , disabling the GPS devicedesignedto interfere deliberately with GPS devices , disabling the GPS device
for two - way radiosdesignedfor two - way radios
to interfere deliberately with licensed services operated by mobile carriers , including 2 G ( GSM ) , 3 G and 4 G ( LTE ) networks and equivalent services such as mobile WiMAXdesignedto interfere deliberately with licensed services operated by mobile carriers , including 2 G ( GSM ) , 3 G and 4 G ( LTE ) networks and equivalent services such as mobile WiMAX
for use in the 31.0 - 31.3 GHz band and transmitters designed for MVDDS use in the 12,200 - 12,700 MHz banddesignedfor use in the 31.0 - 31.3 GHz band and transmitters designed for MVDDS use in the 12,200 - 12,700 MHz band
overload interference to adjacent band Id. at 8 - 10to causeoverload interference to adjacent band Id. at 8 - 10
to resist extreme wind loading SpecificationsDesignedto resist extreme wind loading Specifications
to the text of a hadīth while isnād refers to the mentioning of the chain.[5 ] Majority of scholarsleadingto the text of a hadīth while isnād refers to the mentioning of the chain.[5 ] Majority of scholars
to interfere deliberately with licensed services operated by location cell phone jammer mobile carriersdesignedto interfere deliberately with licensed services operated by location cell phone jammer mobile carriers
for industrial purposesdesignedfor industrial purposes
in exceptionally small size of the ID - tagsresultingin exceptionally small size of the ID - tags