Sentence examples for gating capabilities from inspiring English sources

Another promising solution is the use of upcoming low-power FPGA based on non-volatile memory with power gating capabilities [25].

This solution is viable when reconfigurable architectures make sense, but the ultimate solution for mass market products would be a chip including a GPP and multiple OPs with power gating capabilities.

TRPA1 is upregulated by hypoxia and its calcium-gating capabilities are enhanced under these conditions [ 5, 29].

Here, we find that residue triplets in S3b and NTS4 can be deleted individually, or even in some combinations, without compromising the channels' basic voltage-gating capability.

Because of its confocal optical design and coherence-gating capabilities, CGD provides higher spatial resolution than LDF.

In contrast, fLCI is an interferometric technique that uses a broadband source, and thus enables the coherence gating imaging capabilities of OCT and allows sampling of specific points in three-dimensional space.

Moreover, a high-k HfO2 layer was further deposited on the Al2O3 liner to enhance the gate modulation capability.

"There must be focus on the wars we are in, as well as building future capabilities," Mr. Gates said to one group of Air Force personnel here on Tuesday.

"I think the Chinese have learned a powerful lesson from the Soviet experience, and they do not intend to try and compete with us across the full range of military capabilities," Mr. Gates said.

This is driving the development of new high dose/low energy implanter designs with: (1) high tilt angle capabilities for gate over lap control, (2) uniform beam parallelism across 300 mm wafers to eliminate asymmetrical transistor effects and (3) high productivity at 200 eV boron equivalent energies with no energy contamination using new molecular dopant species (B10H14 and B18H22).

The approach is based on cascading fast Transmission-Gate Full Adders interrupted by static gates having driving capability, such as inverters or Mirror Full Adders, thus exploiting the intrinsic low power consumption of such topologies.