digital-to-analog converter , DAC (skrót)

These would be sent to a digital-to-analog converter connected to a radio antenna.

The computer's sound chip featured four independent 8-bit digital-to-analog converters.

It is also done to allow digital intensity control without a more complex digital-to-analog converter.

This possibility can be prevented by careful digital-to-analog converter circuit design.

Finally a digital-to-analog converter to complete the output stage.

It was also one of the earliest games to use a digital-to-analog converter to produce sampled sounds.

This output can be converted to a signal by passing it through a digital-to-analog converter.

These numbers, in the form of digital pulses, are then relayed into a digital-to-analog converter.

Runs the decompressed bytes through a digital-to-analog converter into sound waves.

Up in there, a special chip, called digital-to-analog converter, changes the binary code into the analog sound.

Later, when the tape is played back through a digital-to-analog converter, each number produces a voltage that exactly matches the original.

Interpolation is done with a ramp, an 8-bit digital-to-analog converter, and a comparator.

The continuous synthesis output can later be reconstructed from the samples using a digital-to-analog converter.

Digital-to-analog converter boxes are simple and small.

Limit cycles can appear in quantized systems such as sigma-delta Digital-to-analog converter.

These were then sent to one of four 16-bit output channels, and from there to a digital-to-analog converter for output.

A common use of digital-to-analog converters is generation of audio signals from digital information in music players.

Digital-to-analog converters are interfaces between the digital world and analog world.

It is either built using an R-2R integrated circuit or a Digital-to-analog converter.

Computer sound cards packed with cheap parts and low-grade digital-to-analog converters are not designed for quality music reproduction.

A digital-to-analog converter performs the reverse process, and converts the digital signal back into an audible sound.

The output was then converted to analog in a separate (user-provided) digital-to-analog converter.

This circuit receives inputs from both external connectors and the sound card's digital-to-analog converters.

Analog-to-digital and digital-to-analog converters were built in to the computer and each could be accessed by a single machine instruction.

Generating white noise typically entails feeding an appropriate stream of random numbers to a digital-to-analog converter.