| Explore S/PDIF signals with a Raspberry Pi Pico project. Ideal for audio enthusiasts, this receiver accommodates various sampling frequencie...
| Explore S/PDIF signals with a Raspberry Pi Pico project. Ideal for audio enthusiasts, this receiver accommodates various sampling frequencie...
| Most PCs, laptops, tablets and smartphones don't have a ‘real’ audio output. Instead, they are only provided with a multifunction USB connec...
| Here's how to use commercial wireless audio/video modules to transfer an S/PDIF signal. The S/PDIF signal is connected directly to the video...
| These days there is an increasing number of devices that have a digital audio output, for example digital cable tuners, satellite receivers,...
| Although S/PDIF is the standard when it comes to conveying digital audio signals in consumer electronics equipment, difficulties may be enco...
| The best-known ways to transmit a digital audio signal (S/PDIF) are to use a standard 75-? coaxial cable or Toslink optical modules with mat...
| This simple circuit proves to achieve surprisingly good results when used with the IR–S/PDIF transmitter described elsewhere in this issue....
| The USB Audio-DAC described exactly two years ago received unexpected acclaim as a small external sound card. Soon after the publication we...
| Audio equipment with digital signal interfaces offer high quality sound but trying to listen to what is happening at the interface is not ea...
| The idea for this circuit came from the question whether there was a simple method for connecting a digital audio output to the TTL input of...