Third, post-translational modifications of the Cav1.2 LTCC protein by proteolytic cleavage of the C-terminus region can significantly impact voltage-dependent activation and activity of the channel (Wei et al., 1994; Hulme et al., 2006).
This paper describes a new approach of estimating the impact of voltage dips on aggregated customers and the correlation with several voltage dip parameters.
The analysis was conducted in the Selective Ion Monitoring (SIM) mode and the mass spectrometer parameters were as follows: impact ionization voltage 70 eV, ion source temperature 230°C, transfer line 300°C, electron multiplier voltage 1200 V, solvent delay 2.9 min, electron scan rate 1.5 scan s−1, and scanned-mass range 40 600 m z−1.
The impact of voltage scaling on the efficiency of the proposed structure is also studied by changing the supply voltage levels from the near-threshold voltage to the nominal supply voltage.
For acute collagenesis, pulse length had the highest impact, applied voltage had average impact, and pulse number had the lowest impact (Table 1).
The impact of voltage on frequency pulling and cavity linewidth narrowing is discussed.
This allowed for a qualitative sensitivity analysis of the impact of voltage input, particle size and medium properties on the critical design parameter.
By considering the relationships between impact energy, voltage output from the sensors, and the corresponding material failure modes, an estimation technique for the potential failure of the composite laminates that experienced low-velocity impacts was suggested.
This work allows for estimating the SER of such logic gates for ground applications, as well as for understanding the impact of voltage and drive strength through analysis of the sensitivity to soft errors.
Developing an accurate analytical timing model for combinational logic gates entails the challenge of inclusion of the impact of voltage transition at the intermediate nodes in the series stack of transistors.
