Phasor fragmentation circuitry and method for processing modulated signals having non-constant envelopes

A method, comprising:

• if an angle of separation between a phase of a first phasor of a first time and a phase of a first phasor of a second time is greater than an angle of separation between a phase of a second phasor of the first time and the phase of the first phasor of the second time, the first time being after the second time;
• setting the phase of the first phasor of the second time to be equal to the phase of the second phasor of the first time, or setting a phase of a second phasor of the second time to be equal to the phase of the first phasor of the first time, or combinations thereof.

An apparatus, comprising:

• a processor, said processor capable of being configured to:
• if an angle of separation between a phase of a first phasor of a first time and a phase of a first phasor of a second time is greater than an angle of separation between a phase of a second phasor of the first time and the phase of the first phasor of the second time, the first time being after the second time;
• setting the phase of the first phasor of the second time to be equal to the phase of the second phasor of the first time, or setting a phase of a second phasor of the second time to be equal to the phase of the first phasor of the first time, or combinations thereof.

An article of manufacture comprising instructions stored thereon, wherein the instructions, if executed, are capable of causing a processor to:

• if an angle of separation between a phase of a first phasor of a first time and a phase of a first phasor of a second time is greater than an angle of separation between a phase of a second phasor of the first time and the phase of the first phasor of the second time, the first time being after the second time;
• setting the phase of the first phasor of the second time to be equal to the phase of the second phasor of the first time, or setting a phase of a second phasor of the second time to be equal to the phase of the first phasor of the first time, or combinations thereof.