Sentence examples for interference applications from inspiring English sources

A SiC light-activated Darlington heterojunction transistor is proposed for anti-EMI (electromagnetic interference) applications, in which a monolithically integrated SiCGe/SiC pn heterojunction photodiode is employed to produce a light-induced base current for triggering the transistor.

Additional options for the B300 include the MIL-STD-810F – 509.4 for protection from Salt Fog, MIL-STD-3009 NRA & NRB for Night Vision and every B300 is Mil-STD-461F ready requiring only the purchase of a MIL-STD-461F power supply for electromagnetic interference applications.

The white beam is not intrinsically suitable for OCT imaging due to its broad bandwidth, although division of the white spectrum into three parts, namely, the R, G and B rays with reduced bandwidths, could be suitable for low-coherence interference applications [ 10].

Compared to baseline NoCs that use a fixed encoding method, the average benefit to overhead ratio of the PRESSNoC is greater by 88%, 39%, and 277%, at the interference, application, and system levels, respectively.

Composable MPSoCs have no interference between applications, thus allowing independent design and verification.

There is an enormous scope for graphene and its analogues in electromagnetic interference (EMI) applications, especially as microwave absorbers.

Polarization diverse design of the transmit waveforms based on the property of the target scattering matrix provides better performance than transmitting waveforms with fixed polarizations, especially for mainlobe interference suppression applications.

It is also worth noting that different channels in the ISM 2.4 GHz frequency band have been used for the CHARON nodes and for the monitoring tools, in order to prevent mutual interference among applications.

It is of interest to compare our data with EMI SE of conventional polymers filled with nanocarbon inclusions (carbon nanotubes and carbon onions), which have been recently suggested for conducting and EM interference shielding applications.

Analytical performances, interferences, and applications of chemical vapor generation are reported.

Effective delivery of siRNA molecules into target cells or tissues is critical for successful RNA interference (RNAi) application.