Sentence examples for db with a range from inspiring English sources

All were deaf native signers who reported being born with severe-profound auditory deprivation (hearing loss >75 dB in the better ear; for 5 deaf signers who knew their exact level of hearing loss, mean loss in the better ear was 107 dB with a range of 75 120 dB) to deaf parents from whom they learned ASL as a first language.

All reported being born with severe-profound auditory deprivation (>75 DB in the better ear; for 6 deaf non-signers who knew their exact level of hearing loss, mean loss in the better ear was 90 dB with a range of 75 110 dB).

The measured sensitivity of the system was 106 dB with a dynamic range of 76 dB.

The association of these two stages allows reaching a gain from 22.4 dB to 31 dB, with a power consumption ranging from 171 mW (low-gain mode) to 196.2 mW (high-gain mode), while maintaining an output power greater than 15 dBm at 2.4 GHz.

The measured sensitivity of the system was 102 dB with a Nyquist limited depth range of 9.1 mm in tissue where the −6-dB roll-off depth was at 2.5 mm in tissue and the −20-dB roll-off depth was at 5.3mm in tissue.

The system is demonstrated for P = 4 delays which covers more than 17 mm OPD axial range measured at 6 dB, with a variation of less than 2 dB inside this axial range.

The dosimeters were calibrated once a week and had a measurement range of 40 115 dB with a detector accuracy of < 0.7 dB error.

In particular, SNR levels in the range (-20 dB, -8 dB) with a step size of 1.5 dB were considered.

There was a marked variation in vocal amplitude between males with a range of median song sound pressure levels of 15 dB.

Combining resistor-feedback loop controlled by digital signal, the proposed PGA achieves a dB-linear gain range from 0 to 15 dB with a gain step of 1 dB.

We repeat the experiments with SNR ranging from -30 to 50 dB with a step of 2 dB.