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General| Type | A/D Converter |
|---|---|
| Channels | 2 |
| Sample Rates | 44.1 kHz, 48 kHz, 88.2 kHz, 96 kHz |
| Bit Depth | 24-bit |
| THD+N | < 0.0005% |
| Input Connectors | XLR |
| Output Connectors | AES/EBU |
| Power Supply | External Power Supply |
Explains the function of ENTER, GO, EXIT, and CURSOR buttons for unit operation.
Enhances maximum usable signal level for dynamic range control without audible degradation.
Selecting digital output word length from 16 to 24 bits, with recommended 22-24 bits.
Feature for reducing distortion and noise modulation using dither and noise shaping.
Procedure for removing DC offset from the audio signal for normal operation.
Details on signal amplification, input impedance, and noise floor at different sampling rates.
Measured THD+N values for different signal levels with balanced inputs.
Explanation of how dithering eliminates distortion and noise shaping shifts noise psychoacoustically.
Detailed explanation of dither concepts and their impact on signal quality.
Guidance on selecting noise shaping curves based on listening tests and material.
Compares effects of dither and truncation on signal quality with examples.
Analysis of applying dither to 16-bit signals and the resulting distortion.
Compares Flat dither with NS2, NS3, NS4 shaping curves and their aggressiveness.
Importance of analog signal linearity for achieving high resolution A/D conversion.
How analog noise and quantization interact to affect sonic detail.
Discusses four methods for connecting analog input signals.
Digital emulation of ideal magnetic tape saturation characteristic with three settings.
Graph showing input versus output values for OFF, +3dB, and +6dB soft saturation settings.
How the algorithm works sample-by-sample, amplifying below threshold and compressing above.
Plots showing signal transformation for +3dB and +6dB settings, detailing gain and distortion tradeoffs.
Advantages of the digital soft saturation over conventional analog limiters.
How linearity is maintained up to specific thresholds for +3dB and +6dB settings.
Step-by-step guide to estimate noise floor using the bar graph display and peak readings.
Specific steps for setting up the unit and reading the bar graph for noise floor measurement.
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