Difference between revisions of "Electroacoustics/Signals (Q890)"

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Fundamental signal theory is literally the basis for everything that we do. It helps us sort and categorize our daily listening experiences, and to form a practical understanding of the tools we use (and how to use them even bette...

(‎Created claim: prerequisite knowledge (P36): Mathematics/Equations and arithmetic (Q885), #quickstatements; #temporary_batch_1720696813410)
(‎Created claim: prerequisite knowledge (P36): Acoustics/Sound and sound waves (Q887), #quickstatements; #temporary_batch_1720696813410)
Property / prerequisite knowledge
 +
Property / prerequisite knowledge: Acoustics/Sound and sound waves / rank
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Normal rank

Revision as of 11:20, 11 July 2024

Fundamental signal theory is literally the basis for everything that we do. It helps us sort and categorize our daily listening experiences, and to form a practical understanding of the tools we use (and how to use them even bette...
Language Label Description Also known as
English
Electroacoustics/Signals
Fundamental signal theory is literally the basis for everything that we do. It helps us sort and categorize our daily listening experiences, and to form a practical understanding of the tools we use (and how to use them even bette...

    Statements

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    parameters of a pure tone signal (English)
    can determine and explain amplitude, period, peak voltage and frequency from an oscilloscope or waveform display (English)
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    relative phase of two pure-tone signals of identical frequency (English)
    can determine phase angle on a two-channel oscilloscope and predict the summation result (English)
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    level arithmetic (English)
    can explain relative and absolute levels in decibels and perform simple calculations, taking into account summation rules of correlated and uncorrelated signals (English)
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    constraints of analog systems (English)
    can explain the constraints and how they manifest in practice (English)
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    clipping, signal discontinuities, and their audible effects (English)
    can identify clipping and discontinuity artefacts by ear (English)
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    common reference levels in audio engineering (English)
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    field vs. energy quantities and their logarithmic representations (English)
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    orders of magnitude of common signal voltages in audio engineering (English)
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    voltage and power transmission (English)
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    peak and RMS voltage and metering (English)
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    interference of electrical signals analogous to acoustic interference (English)
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    principle and advantages of symmetrical signal transmission (English)
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    phase response and group delay (English)
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    effects and uses of all-pass filters (English)
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    analog frequency-dependent components, their frequency response and phase shifts (English)
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    basic analog filter networks (English)
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    ESCO description

    Sectoral layer

    Assessment

    References

     

    Wikidata