In Stereo components, the Alpha and Beta Process controls let us choose what to process. InPhase has two processing sections: In Stereo components, they are called Alpha and Beta in Mono components, Alpha and SC. In Phase includes the following components:Ĭhapter 3 – Interface and Controls 3.1 Interface Having a choice of components for a particular processor gives you the flexibility to choose the configuration best suited to your material. Wave Shell technology enables us to split Waves processors into smaller plugins, which we call components. A 1st order allpass filter is defined by the frequency at which the phase shift is exactly 90° a 2nd order filter is defined by the frequency at which the phase shift is 180° and by the rate of phase change, hence its Q factor. An allpass filter is a signal processing filter that affects only the phase, not the amplitude of the frequency-response of a signal. InPhase uses all pass filters to correct phasing issues between tracks.
For this reason, when discussing phasing issues, we are always referring to the relationship between two or more signals. Phasing is a phenomenon which occurs when two or more signals are summed together. Phasing can cause drops in volume and wreak havoc on your frequency response and stereo image InPhase gives you the power to get your tracks back on track. InPhase includes mono, stereo, and dedicated live components, plus InPhase LT, a simplified version that gives you easy access to creative phase manipulation. You can move your waveforms manually or using the delay control, and even align them in relation to a sidechain input. To help you restore phase coherence, InPhase features high resolution dual waveform displays phase shift filters with adjustable frequency and Q and an intuitive correlation meter which shows you just how much your tracks are in-or out of phase.
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