Phased Array System Toolbox™ provides algorithms and apps in MATLAB®and Simulink®for designing and simulating sensor array and beamforming systems in wireless communication, radar, sonar, and acoustic applications. You can model and analyze the behavior of active and passive arrays, including ...
Callstepto generate the linear FM waveform samples according to the properties ofphased.LinearFMWaveform. The behavior ofstepis specific to each object in the toolbox. Note Starting in R2016b, instead of using thestepmethod to perform the operation defined by the System object™, you can cal...
example waveform= phased.NonlinearFMWaveform(Name=Value)creates a nonlinear FM pulsewaveformSystem object with each specified propertyNameset to the specifiedValue. You can specify additional name-value pair arguments in any order as (Name1=Value1,...,NameN=ValueN). ...
Create an LFM waveform object, which is configured to set the frequency offset from an input when the object is executed. fs = 500e3; sLFM = phased.LinearFMWaveform('SampleRate',fs,'SweepBandwidth',200e3,...'PulseWidth',2e-5,'PRF',1e3,'FrequencyOffsetSource','Input port'); ...
example transm= phased.Transmitter(Name=Value)creates a transmitter object,transm, with each specified propertyNameset to the specifiedValue. Specify optional pairs of arguments asName1=Value1,...,NameN=ValueN, whereNameis the argument name andValueis the corresponding value. Name-value arguments ...
Create an LFM waveform object, which is configured to set the frequency offset from an input when the object is executed. fs = 500e3; sLFM = phased.LinearFMWaveform('SampleRate',fs,'SweepBandwidth',200e3,...'PulseWidth',2e-5,'PRF',1e3,'FrequencyOffsetSource','Input port'); ...
example waveform = phased.NonlinearFMWaveform(Name = Value) creates a nonlinear FM pulse waveform System object with each specified property Name set to the specified Value. You can specify additional name-value pair arguments in any order as (Name1 = Value1,...,NameN = ValueN). example ...