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MT Generate Synchronization Parameters (G Dataflow)

Last Modified: September 9, 2016

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.

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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.

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