MT Generate Synchronization Parameters
- Updated2023-02-17
- 3 minute(s) read
MT Generate Synchronization Parameters
Constructs an FSK, PSK, QAM, MSK, PAM, ASK, or CPM synchronization parameters cluster that you can pass to a demodulation node, using an array of either synchronization bits or synchronization numbers.
Generates synchronization parameters for ASK demodulation using a synchronization sequence directly represented by the sync bits array. The generated synchronization parameters cluster avoids phase ambiguity at the demodulator, thus allowing recovery of the actual message bits.
Generates synchronization parameters for ASK demodulation using a synchronization sequence defined by a sync numbers array in which each number represents a group of bits. The generated synchronization parameters cluster avoids phase ambiguity at the demodulator, thus allowing recovery of the actual message bits.
Generates synchronization parameters for CPM demodulation using a synchronization sequence directly represented by the sync bits array. The generated synchronization parameters cluster avoids phase ambiguity at the demodulator, thus allowing recovery of the actual message bits.
Generates synchronization parameters for CPM demodulation using a synchronization sequence defined by a sync numbers array in which each number represents a group of bits. The generated synchronization parameters cluster avoids phase ambiguity at the demodulator, thus allowing recovery of the actual message bits.
Generates synchronization parameters for FSK demodulation using a synchronization sequence directly represented by the sync bits input array. The generated synchronization parameters cluster avoids phase ambiguity at the demodulator, thus allowing recovery of the actual message bits.
Generates synchronization parameters for FSK demodulation using a synchronization sequence defined by a sync numbers array in which each number represents a group of bits. The generated synchronization parameters cluster avoids phase ambiguity at the demodulator, thus allowing recovery of the actual message bits.
Generates synchronization parameters for MSK demodulation using a synchronization sequence directly represented by the sync bits input array. The generated synchronization parameters cluster avoids phase ambiguity at the demodulator, thus allowing recovery of the actual message bits.
Generates synchronization parameters for MSK demodulation using a synchronization sequence defined by a sync numbers input array in which each number represents a group of bits. The generated synchronization parameters cluster avoids phase ambiguity at the demodulator, thus allowing recovery of the actual message bits.
Generates synchronization parameters for PAM demodulation using a synchronization sequence directly represented by the sync bits input array. The generated synchronization parameters cluster avoids phase ambiguity at the demodulator, thus allowing recovery of the actual message bits.
Generates synchronization parameters for PAM demodulation using a synchronization sequence defined by a sync numbers input array in which each number represents a group of bits. The generated synchronization parameters cluster avoids phase ambiguity at the demodulator, thus allowing recovery of the actual message bits.
Generates synchronization parameters for PSK demodulation using a synchronization sequence directly represented by the sync bits array. The generated synchronization parameters cluster avoids phase ambiguity at the demodulator, thus allowing recovery of the actual message bits.
Generates synchronization parameters for PSK demodulation using a synchronization sequence defined by a sync numbers array in which each number represents a group of bits. The generated synchronization parameters cluster avoids phase ambiguity at the demodulator, thus allowing recovery of the actual message bits.
Generates synchronization parameters for QAM demodulation using a synchronization sequence directly represented by the sync bits array. The generated synchronization parameters cluster avoids phase ambiguity at the demodulator, thus allowing recovery of the actual message bits.
Generates synchronization parameters for QAM demodulation using a synchronization sequence defined by a sync numbers array in which each number represents a group of bits. The generated synchronization parameters cluster avoids phase ambiguity at the demodulator, thus allowing recovery of the actual message bits.