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Output Voltage | 6 Volts |
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Output Impedance | 50 Ohms |
DSP Resolution | 64 Bit |
Sampling Rate | 96 kHz |
Frequency Response | 10 Hz - 44 kHz |
IMD digital input | < 0.001 % |
Input Type | Optical, SPDIF |
Input Impedance | 13 kOhms |
Output Type | RCA |
Signal Converter | 24-bit |
Latency | 1 ms |
User Interface | PC-Tool Software |
Operating Temperature | -20°C to +60°C |
Features | RealCenter, Augmented Bass Processing, StageXpander |
Provides safety and procedural instructions for installing HELIX components and the DSP ULTRA.
Outlines critical steps for connecting the DSP ULTRA to a vehicle's electrical system and wiring harness.
Details RCA, Coax, Optical, and Highlevel inputs for signal sources.
Explains LEDs, switches, and buttons for device status, operation, and configuration.
Covers the power input connector and line outputs for amplifier connections.
Describes how to connect and manage various analog and digital audio input signals.
Explains the function of LEDs, buttons, and inputs for device operation and control.
Details power supply requirements and line output functions for connecting amplifiers.
Guides connecting pre-amplifier, highlevel speaker, and digital audio sources.
Covers adjusting input sensitivity, highlevel load, and ground connection for optimal performance.
Details connecting the power supply and managing remote turn-on/off signals for amplifiers.
Recommends initial DSP settings via PC-Tool software before first use.
Explains the multi-stage signal processing concept for complex sound system configuration.
Details routing input signals to virtual channels and virtual channels to output channels.
Guides configuration of DSP sound effects like RealCenter and Augmented Bass Processing.
Manages signal processor turn-on/off delays and remote output behavior.
Enables switching between ten internal sound setups using remote controls.
Adapts the ADEP.3 circuit to OEM radio diagnostics for compatibility.
Highlights powerful signal processors and a 32-bit co-processor for advanced functions.
Ensures compatibility with OEM radios by protecting against diagnostic errors.
Ensures stable voltage during engine crank and reduces power consumption.
Allows automatic switching between analog and digital audio inputs.