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MTC and LTC Sync Code Converter
Miškařík, Vít ; Hanák, Pavel (referee) ; Krajsa, Ondřej (advisor)
Converter of sync codes MTC to LTC is very important device to synchronize all devices which are being used for editing and other work with audio and video. Most of digital equipment can sync to MTC but LTC timecode is recorded od audio or videotape. Therefore this converter is needed to sync all connected devices to recorded timecode. This thesis is about designing and constructing the converter between these timecodes.
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Digital controlled dc current source
Miškařík, Vít ; Mišurec, Jiří (referee) ; Vrba, Kamil (advisor)
This bachelor thesis aims to get acquainted with the issue of numerically controlled current sources, individual parts of them, their design options and comparison of the properties of these design options. In this thesis the individual parts needed to construct a numerically controlled DC current sources are analyzed and described, there are their main design relationships and possible achieved accurancy too. In next part there are described selected design options and calculation values of circuit elements. In conclusion there is presented the final schematic of whole source, result of computer function si- mulation, PCB design and measured parameters of really built circuit of numerically controlled current source.
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MTC and LTC Sync Code Converter
Miškařík, Vít ; Hanák, Pavel (referee) ; Krajsa, Ondřej (advisor)
Converter of sync codes MTC to LTC is very important device to synchronize all devices which are being used for editing and other work with audio and video. Most of digital equipment can sync to MTC but LTC timecode is recorded od audio or videotape. Therefore this converter is needed to sync all connected devices to recorded timecode. This thesis is about designing and constructing the converter between these timecodes.
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Digital controlled dc current source
Miškařík, Vít ; Mišurec, Jiří (referee) ; Vrba, Kamil (advisor)
This bachelor thesis aims to get acquainted with the issue of numerically controlled current sources, individual parts of them, their design options and comparison of the properties of these design options. In this thesis the individual parts needed to construct a numerically controlled DC current sources are analyzed and described, there are their main design relationships and possible achieved accurancy too. In next part there are described selected design options and calculation values of circuit elements. In conclusion there is presented the final schematic of whole source, result of computer function si- mulation, PCB design and measured parameters of really built circuit of numerically controlled current source.
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