Convertisseur audio numérique vers analogique InLine 65002K

The InLine Audio Converter 65002K converts digital audio signals from optical (Toslink) or coaxial (RCA) inputs into two-channel analog stereo output (RCA). It supports up to 192 kHz sampling rate and is powered via a Micro-USB A connector. The compact black unit is intended to connect digital sources such as digital TV receivers, CD/DVD/Blu-ray players, and similar equipment to analog audio systems.

Advantages

The converter provides reliable conversion of optical and coaxial digital audio to analog stereo RCA outputs while preserving audio quality up to 192 kHz. Its Micro-USB A power input ensures wide compatibility with common USB power supplies. The small footprint and simple connectivity make it easy to add to home theater or music setups without complex configuration.

Suitable for

• Connecting a digital television to an analog amplifier or receiver
• Pairing DVD, CD or Blu-ray players with stereo systems that accept RCA input
• Converting Toslink or coaxial output from media players for use with older audio equipment

Key specifications

• Inputs: Optical (Toslink) and Coaxial (RCA digital)
• Outputs: Stereo analog RCA (left/right)
• Sampling rate support: up to 192 kHz
• Power: Micro-USB A connector (USB power supply required)
• Colour: Black

How to use

Connect the digital audio source to the converter using either an optical (Toslink) cable or a coaxial RCA digital cable. Attach standard RCA analog cables from the converter’s left and right outputs to the input of your amplifier, receiver, or powered speakers. Plug a suitable USB power supply into the Micro-USB A connector to power the unit. Select the appropriate input on your source device and on your audio system to begin playback.

Recommendations

Do not use the converter as a direct headphone amplifier. For best results, connect the analog RCA outputs to an amplifier, receiver or active speakers. Use good-quality digital and analog cables and a stable 5 V USB power supply to avoid audio interruptions.