Sound Performance Lab 2053 manual Example 1 Processing a samplers signal

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Applications

Example 1: Processing a sampler's signal

Connect the output of the sampler via AES/EBU or S/P-DIF interface with the input of the converter. The adjustment described in the section above now allows to process the sampler's signal. If the processed signal is to be returned digitally converted to the sampler, the A/D converter has to be synchronized to the D/A converter (= external synchronization; the D/A converter is the source clock for the A/D converter). In this case, please set the AD MODE switch on the converter module to position "5" (24 Bit) or "D" (16 Bit).

Example 2: Recording on a DAT recorder

If the processed signal is to be recorded on a DAT recorder, the best Bit-format of the DAT-recorder must be chosen on the AD MODE switch (16 or 24 Bit), while the internal synchronization should be adapted to the desired sample rate. For 16 Bit operation choose one of the switch positions B, A, 9 or 8, for 24 Bit 0, 1, 2, or 3. Unless a House-Clock controls all digital units: in this case please set the AD MODE switch to position C for 16 Bit or 4 for 24Bit (compare chapter "Operation, internal and external synchronization", page 11).

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24/96 AD-DA Converter 2053

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Contents Manual 24/96 AD-DA Converter Manual Contents Security Advices Product DescriptionMounting Steps 1 Steps 3 Connections Analog XLR OutputsOperation Digital I/OsOperation AD Mode SwitchError LEDs External Synchronization Applications Channel ONE Using both convertersChannel ONE Using both channels of the converter Analog processing of a digital signal Monitoring in 24Bit/96kHzExample 1 Processing a samplers signal Example 2 Recording on a DAT recorderSpecifications ConverterBlock Diagram Measurements THD&N above input level THD&N @ 1 kHz FFTMeasurements Warranty Sound Performance Lab Sohlweg Niederkruechten Germany