Examples of 'baseband signals' in a sentence
Meaning of "baseband signals"
baseband signals: This term refers to signals that have not been modulated or multiplexed. It commonly involves a single channel of communication where the entire bandwidth is used to transmit a single signal
How to use "baseband signals" in a sentence
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baseband signals
Offset present in the baseband signals.
Baseband signals are the information signals that are transmitted without modulation.
These are baseband signals.
Channelized data is distributed by the channelizer as analytic baseband signals.
Components present in the baseband signals if such components are present.
Channelized data is received by the combiner as analytic baseband signals.
Content of the input baseband signals and analyzes these signals directly.
Characteristics of the baseband signals.
The modulated baseband signals are then forwarded to digital power control modules.
This assumption is justified by noting the baseband signals are zero mean random variables.
Another objective is to transmit the supply electricity in the same cable as baseband signals.
DC offsets in the baseband signals are removed by high pass filtering prior to demodulation.
The method also includes a reception of two initial baseband signals in phase quadrature.
The digitized I and Q baseband signals are also provided to the level setting circuitry.
In the illustrative example set forth herein three groups of baseband signals are designated.
See also
Modem 26 may convert the baseband signals to digital values and perform demodulation.
The system can use modulation mode or use the mode of directly sending baseband signals.
Note that the baseband signals and the modulated signals s1 and s2 are each complex signals.
Some systems then use modulation to multiplex many baseband signals into a broadband signal.
In step S2, complex baseband signals or similar soft signals are collected from the receiving nodes.
The AGC REF signal corresponds to a desired signal strength level for the baseband signals.
That is, the first and second baseband signals employ the same number of subcarrier frequencies.
Coding, interleaving etc is performed on the digital baseband signals.
These negative values are added to the baseband signals to compensate for the positive D. C.
The combination consists in a summation or weighted summation, of the baseband signals.
The windings identified by numerals 78A pass baseband signals and block broadband signals.
The modem 60 also modulates the signaling signals to uplink signaling baseband signals.
These values are continuously added to the baseband signals to compensate for the D. C.
Output baseband signals may be provided to baseband circuitry 904 for further processing.
A device called an F-coupler combines and separates broadband and baseband signals.
Output baseband signals can be provided to the baseband circuitry 1804 for further processing.
Low rate, complex baseband signals.
Receiver 50 filters, amplifies, and downconverts the signal to obtain the baseband signals.
Here, each of the baseband signals and the modulated signals s1 and s2 is a complex signal.
It may also include analog-over-analog pulse modulatated baseband signals such as pulse-width modulation.
The IF or baseband signals are then input to the receive manifold 38.
Generating a digital representation of respective baseband signals ( BB ) ;.
The radio unit 330 converts the baseband signals into transmission spectrum, or reverse the conversion.
In Embodiments 1 through 3, the change of phase is applied to precoded baseband signals.
Compared to Fig . 3b, the patches of baseband signals are multiplied individually by a gain factor.
In fact, the approach of FIG . 6 only indirectly analyzes the baseband signals.
In one embodiment, the baseband signals are orthogonal frequency division multiplex ( OFDM ) signals.
The DO modem 36-1 receives the output of the DO SC and generates corresponding baseband signals.
Thus, the point at which the input digital baseband signals approach D.C. is randomized.
Thus, baseband signals can travel through windings 78A without obstruction from the broadband signal.
The baseband processor 716 generates n baseband signals.
The baseband signals from the received channel are coupled from the RF processor 302 of FIG.
The signals output from the mixers 44 and 42 are baseband signals.
The baseband signals will thus be applied to a FEC decoder, 12.
The receiver 710 filters, amplifies, and frequency converts the received signals to baseband signals.
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