"Companding" Example Sentences
1. The digital signal processor uses companding algorithms to improve the signal-to-noise ratio.
2. Companding is commonly used in telecommunications to reduce background noise.
3. The companding process helps to preserve the fidelity of an audio recording.
4. A companding circuit is used to compress low-level signals and expand high-level signals.
5. Companding is a technique that allows for more efficient use of bandwidth in digital audio systems.
6. The companding circuitry in the receiver helps to restore the original signal.
7. The use of companding can reduce the distortion in a recording when played back at a lower volume.
8. The companding process is based on the principle of logarithmic compression.
9. The effectiveness of companding depends on the specific application and the quality of the components used.
10. A high-quality companding algorithm can greatly improve the sound quality of digital audio recordings.
11. Companding can be used to reduce the bandwidth required for satellite communication.
12. The implementation of companding can reduce the size and cost of digital audio equipment.
13. Many modern audio codecs use companding to improve the compression ratio.
14. Companding can reduce the dynamic range of an audio signal without significant loss in quality.
15. A companding amplifier can increase the sensitivity of a microphone or other transducer.
16. The use of companding is particularly effective in reducing noise in low-level signals.
17. A good companding algorithm can help to reduce distortion and improve signal-to-noise ratio in a recording.
18. Companding can be used to increase the signal strength of a weak analog signal.
19. The process of companding can improve the overall fidelity of an audio system.
20. An efficient companding algorithm can reduce the size and power requirements of digital audio equipment.
21. Companding is essential in modern digital telecommunications systems.
22. The use of proper companding techniques can help to reduce the effects of quantization noise.
23. A good companding algorithm should be robust to different types of input signals.
24. The companding process can be applied to both analog and digital signals.
25. Many modern audio ICs incorporate companding circuitry to improve performance.
26. The use of companding can improve the perceived loudness of a recording without increasing distortion.
27. A companding system can improve the performance of an analog-to-digital converter.
28. The companding process is particularly effective in reducing noise in digital speech signals.
29. The use of companding can significantly improve the quality of cell phone voice calls.
30. A well-designed companding algorithm can help to reduce distortion and improve overall sound quality in digital audio systems.
Common Phases
1. The
companding technique is used to compress and then expand a signal;
2. The
companding algorithm reduces the dynamic range of audio signals before transmission;
3.
Companding is an essential part of speech coding to improve the quality of the compressed speech signal;
4. The use of
companding in analog-to-digital conversion reduces the quantization error;
5. The
companding process improves the signal-to-noise ratio by compressing the input signal before quantization.