Eemods 20.05 11h

Oromo

• Speaker 1 0:03

1. 0:03

   CHAPTER 1: Welcome everyone, I am your founder from Johannes Kessler University Lins in Austria. 300s · Speaker 1

   Welcome everyone, I am your founder from Johannes Kessler University Lins in Austria. when we end this session, in case our speakers and people that ask questions, we just finish on time every thought, so I ask you to do this. And for the q…

2. 5:04

   CHAPTER 2: peaks along the frequency range but the only power being delivered is actually the DC component of this everything else is just oscillations and that's because you have multiple frequencies interacting with each other but as we know power is only generated by voltage and frequency of equal sorry, voltage and current of equal frequency being determined by their respective sizes and then the angular distribution between them. 302s · Speaker 1

   peaks along the frequency range but the only power being delivered is actually the DC component of this everything else is just oscillations and that's because you have multiple frequencies interacting with each other but as we know power i…

3. 10:06

   CHAPTER 3: the input impedance, it will look something like this. 303s · Speaker 1

   the input impedance, it will look something like this. And if we make it good about this, it will look something like this, depending on the gene parameters and everything, of course. But what is obvious, or what is perhaps interesting or r…

4. 15:09

   CHAPTER 4: in the plank structure, and spend a little time to find the right value for it, then we can actually get to a magnitude that seems to fit, and which also seems to still use, say, maintain the fundamental properties of the machine. 300s · Speaker 1

   in the plank structure, and spend a little time to find the right value for it, then we can actually get to a magnitude that seems to fit, and which also seems to still use, say, maintain the fundamental properties of the machine. So basica…

5. 20:09

   CHAPTER 5: If I reduce it, I reduce the losses. 303s · Speaker 1

   If I reduce it, I reduce the losses. That's also the case over here. If I increase it, I increase the losses. So the friction stimulation losses also do it over here. It's not a perfect match, but again, the trend is correct. And to be hone…

6. 25:13

   CHAPTER 6: component because we know what the inductor component is then we can choose the resistive component to at least not interfere with the fundamental problems of the machine then we have not ruined anything so we will not we will not ruin the fundamental properties of the machine but we will to some extent include at least some of the trends that we know will happen in the switching frequency range that are otherwise completely ignored so it's a little bit pragmatic here but this could be an approach to at least set some limits to the range of what this resistor would be Because at this stage of model sophistication that we have, then I would say that any improvement is better than the alternative. 62s · Speaker 1

   component because we know what the inductor component is then we can choose the resistive component to at least not interfere with the fundamental problems of the machine then we have not ruined anything so we will not we will not ruin the …