Sentence examples for bandwidth of below from inspiring English sources

The maximum RL of R-GO/SF/PANI-2 nanocomposite is −28.95 dB at 7.52 GHz, and the bandwidth of below −10 dB is 4.74 GHz.

The optimal reflection loss (RL) of Fe@C@BaTiO3-parrafin composites are −40.2 dB at 8.14 GHz with a thickness of 2.24 mm and the absorption bandwidth of those below −10 dB is 8.4 GHz with only absorbent thicknesses of 1.7 2.0 mm.

The optimal reflection loss (RL) of Ni@BaTiO3-parrafin composites are −42.3 dB at 10.6 GHz with an absorbent thickness of 1.88 mm and the absorption bandwidth of those below −10 dB is 6.75 GHz only with absorbent thicknesses of 1.7 2.5 mm.

Free-space measurements showed that the resulting triple-layered structure boasts an outstandingly broad bandwidth of reflection loss below −10 dB from 4.7 to 13.7 GHz.

Finally, a CP SIW-based antenna is designed and operating for a wide impedance bandwidth of 23.10% below −10 dB criteria, ranging from 9.09 GHz to 11.40 GHz and axial-ratio (AR) bandwidth of 270 MHz (10.30 10.57 GHz).

The bandwidth of UMTS is below 2 Mbps, such as 56 kbps, 64 kbps [24], therefore, the introduction of new transmission delay for each message is more than 0.02 ms.

However, specified bandwidth of these devices is below the frequencies arising during micromachining while using ultra-high-speed (UHS) spindles.

Meanwhile, the absorption bandwidth of R L values below −10 dB was 9.4 GHz (5.8 12.3, 12.9 15.8 GHz) in the thickness of 1.5 3 mm.

Depending on the acceptable noise level, it may be necessary to reduce the sampling frequency below the bandwidth of the control loop.

The microwave absorbing results revealed that the rGO/MWNTs hybrids exhibited a −41 dB reflection loss in the frequency at 9.6 GHz with a bandwidth of 0.8 GHz (9.2 GHz–10 GHz) below −20 dB, which was higher than that of the GNPs/MWNTs hybrids (−23  dB at 8.4 GHz, 0.2 GHz bandwidth below −20 dB).

It became evident that artifacts occurred once the bandwidth of a video stream fell below 2.7 MBit.