Main Content
Synchronization and Receiver Design
Carrier frequency and phase recovery, timing estimate, timing frequency and phase
recovery, AGC, I/Q imbalance compensation, and phase-locked loops
Model and simulate front-end receiver and synchronization components, including AGC, I/Q imbalance correction, DC blocking, and timing and carrier synchronization.
Functions
iqcoef2imbal | Convert compensator coefficient to amplitude and phase imbalance |
iqimbal2coef | Convert I/Q imbalance to compensator coefficient |
channelDelay | Channel timing delay (Since R2020a) |
ofdmChannelResponse | Calculate OFDM channel response (Since R2023a) |
timingEstimate | Estimate timing offset for communication signals (Since R2024a) |
Objects
comm.AGC | Adaptively adjust gain for constant signal level output |
comm.CarrierSynchronizer | Compensate for carrier frequency offset |
comm.SymbolSynchronizer | Correct symbol timing clock skew |
comm.PreambleDetector | Detect preamble in data |
comm.CoarseFrequencyCompensator | Compensate for frequency offset of PAM, PSK, or QAM signal |
comm.IQImbalanceCompensator | Compensate for IQ imbalance |
comm.DiscreteTimeVCO | Generate variable frequency sinusoid |
comm.GMSKTimingSynchronizer | Recover symbol timing phase using fourth-order nonlinearity method |
comm.MSKTimingSynchronizer | Recover symbol timing phase using fourth-order nonlinearity method |
Blocks
AGC | Adaptively adjust gain for constant signal-level output |
Carrier Synchronizer | Compensate for carrier frequency offset |
Symbol Synchronizer | Correct symbol timing clock skew |
Preamble Detector | Detect preamble in data packet |
Coarse Frequency Compensator | Compensate for carrier frequency offset in PAM, PSK, or QAM |
I/Q Compensator Coefficient to Imbalance | Convert compensator coefficient into amplitude and phase imbalance |
I/Q Imbalance Compensator | Compensate for imbalance between in-phase and quadrature components |
I/Q Imbalance to Compensator Coefficient | Converts amplitude and phase imbalance into I/Q compensator coefficient |
MSK-Type Signal Timing Recovery | Recover symbol timing phase using fourth-order nonlinearity method |
OFDM Channel Response | Calculate OFDM channel response (Since R2023a) |
Topics
MATLAB
- MSK Signal Recovery
Model channel impairments such as timing phase offset, carrier frequency offset, and carrier phase offset for a minimum shift keying (MSK) signal.
Simulink
- MSK Signal Recovery in Simulink
Correct channel impairments for a minimum shift keying (MSK) signal by using a Simulink® model.