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Digitalno krmiljenje analognega izenačevalnika
ID
KIRN, NEJC
(
Author
),
ID
Tuma, Tadej
(
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)
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Abstract
V diplomskem delu je predstavljena izdelava programske opreme, ki krmili po meri načrtovan analogni studijski procesor t.j. izenačevalnik. Najprej podamo razloge, zakaj so kljub relativni starosti tehnologije še vedno priljubljeni v snemalnih studiih in s katerimi problemi se uporabniki srečujejo. Nato so predstavljena predlagana rešitev digitalnega krmiljenja in elektronska vezja, ki so podlaga za nadaljni razvoj programske kode. V diplomskem delu je predstavljena le izdelava programske opreme digitalnega krmiljenja tega izenačevalnika, ne pa tudi elektronskih vezij. Izdelan sistem uporablja patentirane potenciometre in stikala, ki omogočajo klasično ročno nastavljanje parametrov prek čelne plošče inštrumenta kot tudi branje, shranjevanje in spreminjanje teh parametrov prek računalniškega programa. Predstavljena je tudi uporaba tega izenačevalnika prek spleta.
Language:
Slovenian
Keywords:
izenačevalnik
,
avtomacija
,
avdio
,
digitalno krmiljenje
,
programsko krmiljenje
Work type:
Bachelor thesis/paper
Organization:
FE - Faculty of Electrical Engineering
Year:
2018
PID:
20.500.12556/RUL-100285
Publication date in RUL:
21.03.2018
Views:
1428
Downloads:
538
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Secondary language
Language:
English
Title:
Digitally Controlled Analogue Equalizer
Abstract:
In this thesis we demostrate the process of creating a software program that controls a custom designed analog studio processor i.e. an equalizer. First we reveal why despite the technology being decades old it is still popular in recording studios and the problems that users face. Then we propose the solution of digital control and the custom circuit boards that are the foundation for our software program. We only present the creation of software and not the underlying hardware. The finished system uses proprietary potentiometers and switches that allow the user to both control the parameters by using the instrument's front panel and reading, saving and controlling the unit from a computer program. We also show how this equalizer can be used via the internet.
Keywords:
equalizer
,
automation
,
audio
,
digital control
,
software control
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