Antelope Audio Eclipse 384 - Manual (Page 22)

1. Naming the Analog inputs:
You can type in names of the inputs, corresponding to the devices you have connected to the rear
panel inputs of the Eclipse 384.
2. Adjusting the input trim:
You can adjust the input signal level by trimming it, using the digitally controlled analogue trims.
Settings range from 11dBu to 26dBu (or -1dBv to -14dBv if the dBv box is checked).
3. Select type of signal:
dBv for Unbalanced and dBu for Balanced signals. The trimming rates will change accordingly.
4. Name of Digital Input:
You can name your inputs to the Eclipse 384, corresponding to the devices you have connected.
5. Select clock:
By selecting the clock A or B, you are determining to which clock generator you will feed the
appropriate input. (Note this option is available when dual clock mode is selected on the preferences
tab).
6. SRC:
By clicking on the SRC (Sample Rate Converter), the chosen input is sample rate converted to
match the sample rate of the selected clock. (e.g. If you want the clock to run at 192kHz and your
input is at 44.1kHz, simply choose SRC and re-sample the input to match the sample rate frequency
of the clock).
7. Naming your Monitors:
You can name the pairs of connected monitors on the Eclipse 384.
8. Adjusting the output trim for the monitors and the main D/A Output:
You can adjust the output signal level for your monitors and the main D/A out by trimming it using the
digitally controlled analogue trims. Settings go from 19dBu to 26dBu (or 13dBv to 20dBv if Unbal. is
selected from the signal types described below).
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