Difference between revisions of "Digital systems/Properties and parameters (Q896)"

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Digital systems can literally be as good as we need them to be, and practically free of signal degradation. Where is the optimum, and how do we maintain signal integrity even in long signal chains?

(‎Added qualifier: knowledge content (P58): noise shaping)
(‎Added qualifier: knowledge content (P58): bandwidth and sampling rate)
Property / knowledge detail (EN): constraints of digital systems (English) / qualifier
 +
knowledge content: bandwidth and sampling rate (English)

Revision as of 07:25, 12 July 2024

Digital systems can literally be as good as we need them to be, and practically free of signal degradation. Where is the optimum, and how do we maintain signal integrity even in long signal chains?
Language Label Description Also known as
English
Digital systems/Properties and parameters
Digital systems can literally be as good as we need them to be, and practically free of signal degradation. Where is the optimum, and how do we maintain signal integrity even in long signal chains?

    Statements

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    constraints of digital systems (English)
    can explain and contrast with analog systems (English)
    overload characteristics (English)
    bandwidth and sampling rate (English)
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    inter-sample peaks and true-peak metring (English)
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    dither (English)
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    error accumulation (English)
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    SQQ7 - 1.5.2
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    ESCO description

    Sectoral layer

    Assessment

    References

     

    Wikidata