• No results found

Artificial Intelligence-Based Optimal PID Controller Design for BLDC Motor with Phase Advance

N/A
N/A
Protected

Academic year: 2021

Share "Artificial Intelligence-Based Optimal PID Controller Design for BLDC Motor with Phase Advance"

Copied!
14
0
0

Loading.... (view fulltext now)

Full text

Loading

Figure

Figure 1. Equivalent circuit model
Figure 3. Three phase inverter of BLDC motor drive
Figure 5 shows Hall effect signals which effect the switching states of three phase inverter
Figure 7. Pseudo code of ICS [20], [21]
+7

References

Related documents

Continued non-compliance or where the non-compliance poses a significant risk to the safety, health and welfare of residents using the service will be risk rated red (high risk)

Taking the activation of historic districts as a clue and summarizing the practical cases, this paper analyzes the roots and logic of the activation methods and driving forces

(1) deaths officially registered as non-transport accidents, suicides, and homicides, (2) deaths officially registered as being of undetermined intent but that our model classified

The kinetic studies revealed an increase in the amount of complexes formed when time and temperature were increased and the activation energy obtained showed that the rate

A mathematical model of an elastomeric bearing in the axial direction is presented in Figure 5, which captures the following characteristics in the axial

For example, protein crosslinkers positioned within the activation domains of Gcn4 and Gal4 have conclusively identi fi ed three common activator targets ( Gal11 , Tra1 , and Taf12

In this context, the results of the cross-sectional independence test of Pesaran (2004) suggest that panel unit root tests that do not take cross-sectional dependence into