Ly, UR with resistance and inductance in DC-link, TR with resistance had been changed as

Ly, UR with resistance and inductance in DC-link, TR with resistance had been changed as delink, TPR with electrical heating tubes. The experimental parameters in DC-link, TPR with link, TPR with electrical heating tubes. The experimental parameters were changed as deelectrical heating tubes. The experimental parameters had been changed as described in Section 2. scribed in Section 2. scribed in Section 2. Figure 3a shows waveforms on the UR currents at a variety of values of your the grid inductFigure 3a shows waveforms in the UR currents at many values of grid inductance Figure 3a shows waveforms of the UR currents at many values of the grid induct(L0 and0L2) and) Figure 3b shows the PSB36 Biological Activity relative values from the UR harmonic currents Ih /I1Ifor1 ance (L0 and L2) and Figure 3b shows the relative values on the UR harmonic currents Ih/I1 ance (L and L2 and Figure 3b shows the relative values of your UR harmonic currents h/I distinctive power Segetalin A In Vivo consumption P andand grid inductanceequal to 4to 4 mH. for various energy consumption P grid inductance L2 L2 equal mH. for different power consumption P and grid inductance L2 equal to four mH.(a) (a)(b) (b)Figure 3. Waveforms of the UR currents at many values in the grid inductance (a); relative values with the UR harmonic Figure three. Waveforms on the UR currents at several values in the grid inductance (a); relative values from the UR harmonic Figure 3. Waveforms of the UR currents at numerous values from the grid inductance (a); relative values on the UR harmonic currents for diverse energy consumption (b). currents for diverse power consumption (b). currents for various power consumption (b).4a shows the waveforms of your TR currents at a variety of values of of grid inFigure 4a shows the waveforms on the TR currents at at many values thethe grid shows the waveforms on the TR currents a variety of values of your grid inductance (L0 and L2), and Figure 4b shows the relative values of the TR harmonic currents (L and L2), and Figure 4b shows the relative values in the with the TR harmonic inductance 0(L0 and L2), and Figure 4b shows the relative valuesTR harmonic currents ductance Ih/I1 for Ih /I1 for distinct power consumption P inductance L2 equal L four mH. currentsdifferent power consumption P with grid with grid inductanceto 2 equal to four mH. Ih/I1 for distinct energy consumption P with grid inductance L2 equal to 4 mH.(a) (a)(b) (b)Figure 4. Waveforms of your TR currents at different values with the grid inductance (a); relative values on the TR harmonic Figure four. Waveforms of your TR currents at numerous values with the grid inductance (a); relative values from the TR harmonic Figure 4. Waveforms of your TR currents at numerous values on the grid inductance (a); relative values with the TR harmonic currents for various energy consumption (b). currents for various energy consumption (b). currents for diverse power consumption (b).Figure 5a shows waveforms of the TPR currents at several values of the grid inductFigure 5a shows waveforms from the TPR currents at different values from the grid inductwaveforms with the TPR currents at many values of your grid inducance (L and L), and Figure 5b shows the relative values harmonic currents tance(L00and L22),and Figure 5b shows the relative values of your TPR harmonic currents ance (L0 and L2), and Figure 5b shows the relative values of the TPR harmonic currents h/I1 for diverse energy consumption P with grid inductance L2 equal to four mH. Ih/I1 1 for distinct powerconsumption PPwith grid inductance L.