WEISS DAC202 Operations Instructions Page 10

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OPERATING INSTRUCTIONS FOR GAMBIT DAC2 24Bit / 192kHz D/A CONVERTER TECHNICAL DATA
Daniel Weiss Engineering Ltd., Florastr. 42, CH-8610 Uster Page 10
 +41 44 940 20 06  +41 44 940 22 14 www.weiss.ch[email protected]
TECHNICAL DATA
Digital Inputs:
- (1) XLR connector, (1) RCA connector, (1) Toslink connector (optical), (2) Firewire connectors.
- All inputs accept professional or consumer standard , i.e. accept AES/EBU or S/PDIF signals.
- Sampling Frequencies: 44.1, 48.0, 88.2, 96.0, 176.4 or 192kHz on any of the inputs.
- Maximum input wordlength: 24 Bits.
- Dual wire mode (internal jumper): channel 1 on XLR, channel 2 on RCA input, active at 176.4 or 192
only.
Digital Outputs:
- (1) XLR connector, (1) RCA connector, (2) Firewire connectors.
- Professional Channel Status Data on the XLR and RCA outputs.
- Dual wire mode (internal jumper): channel 1 on XLR, channel 2 on RCA output, active at 176.4 or 192
only.
Analog Outputs:
(2) XLR Connectors (hot output on pin 2, servo controlled), (2) RCA Connectors
DC coupled, short circuit proofed output circuitry, Output impedance: 50 Ohm
Output level: Selectable by a rotary switch on the back, 4 settings, same level at both RCA and XLR outputs:
+17 dBu (5.48Vrms) with a 0dBFS sinewave input
+11 dBu (2.74Vrms) with a 0dBFS sinewave input
+7.2 dBu (1.78Vrms) with a 0dBFS sinewave input
+4.8 dBu (1.35Vrms) with a 0dBFS sinewave input
Synchronization:
- Synchronized via input signal.
- Extremely efficient Jitter attenuation down to subsonic frequencies.
- Sampling Frequencies: 44.1 kHz, 48.0 kHz, 88.2kHz, 96.0kHz, 176.4khz, 192kHz
Power:
- Mains Voltage: 100...120 / 200...240 Volt
- Fuse rating: 500 mA slow blow at 100…120V, 250mA slow blow at 200…240V
- Power consumption: 7VA max.
- Power consumption in standby: 3VA max.
Measurements:
The measurements below have been taken at the following conditions (unless noted otherwise):
1kHz measurement frequency, +17.0 dBu (equals 0dBr ) output level, 48.0kHz sampling frequency (f
s
),
22kHz measurement bandwidth.
Frequency Response: 0Hz ... 20kHz: within +- 0.3dB
Total Harmonic Distortion plus Noise (THD+N): < -100 dBr (0.001 %) @ -3 dBFS input level
Linearity: at 0 to -120dBFS input level: less than +-1dB deviation from ideal
Noise floor @ -20dBFS input: < -107dBr unweighted
Crosstalk: < -110dB, 0..20kHz
Interchannel Phase Response: < +- 0.5°, 10Hz ... 20kHz
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