AXON ADC24 4 channel 24-bit audio A/D converter with AES EBU bypass inputs with BPL02








- Stock: 2
- Code: BS20246
- Model: ADC24
The ADC24 4 channel 24-bit audio A/D converter is a multi-functional product. Its basic function is the conversion of analog audio to AES/EBU digital audio. In addition to the analog inputs it has AES/EBU inputs with a sample rate converter (SRC). The ADC24 has a tracking audio delay, and a delay offset of up to 650ms at 96kHz or 1300ms at 48kHz. It can also perform the Synapse ADD-ON function.
In ADD-ON mode the card acts as an analog or digital audio input board that feeds a master card positioned one slot left of the ADD-ON card. The ADC24 for example acts as a analog audio embedder if used in combination with the ASV12, SFS11 or HFS11 (many more options available). The audio data that enters the Synapse bus to a master card is identical to the data present in the local AES/EBU outputs. The AES/EBU in- and outputs are available on 75 Ohms BNC or 110 Ohms on screw terminals and sub-D connectors. This selection is determined by the type of connector panel.
AXON ADC24 4 channel 24-bit audio A/D converter with AES EBU bypass inputs with BPL02
Technical Details
- 24-bit audio conversion
- Any input to any output selection (This can be a mix of analog and digital signals)
- AES/EBU inputs with selectable SRC (32 to 96kHz sampling)
- 96kHz and 48kHz sample clock locked to: B&B ref or word clock ref. (In ADD-ON, only 48kHz)
- 96kHz and 48kHz sample clock in free running mode (In ADD-ON, only 48kHz)
- Available with 110 Ohms (phoenix or sub-D) or 75 Ohms (BNC) AES/EBU
- In- and outputs analog reference levels adjustable for 12, 15, 18 and 24dBu
- Adjustable audio gain (in 0.25dB) and phase (0-180 deg)
- Can be used as a Synapse ADD-ON card
- Adjustable audio delay offset up to 1300ms in 1ms increments (@48kHz)
- Tracking audio delay on dedicated BNC input
- 1kHz tone generator
- Full control and status monitoring through the front panel of the SFR04/SFR08/SFR18 frame and the Ethernet port (ACP)