Zdravo prijatelji,
ja ne znam sta da vam uslikam,
jedino nekoliko obicnih kondenzatora od 20mikroF i nazivni napon od 2000V koje svi znamo kako izgledaju,
i potom jedan isto tako prasnjavi akumulator koji treba da se napuni sa nekoliko njih.
Evo uslikao sam slicicu od Pesim programa, to je kolo za transfer energije i PWM modulator:


Sastavljam to kolo al nije mi jasno sta treba da prikacim na one izvode PWM-a?
Evo ovo je iz helpa..
There are four input for the controller:
- modulation index (at the center bottom)
- delay angle, in deg. (at the left bottom)
- synchronization signal (at the right bottom)
- enable/disable signal (at the middle right)
The PWM pattern is selected based on the modulation index. The synchronization signal provides the synchronization to the PWM pattern. The switch gatings are updated when the synchronization signal changes from low to high. The delay angle defines the relative angle between the gating pattern and the synchronization signal. For example, if the delay angle is 10o, the gating pattern will be leading the synchronization signal by 10o.
The PWM pattern controller is enabled (or disabled) if the enable/disable signal is high (or low).
koje elemente treba da mu prikacim ?
ja ne znam sta da vam uslikam,
jedino nekoliko obicnih kondenzatora od 20mikroF i nazivni napon od 2000V koje svi znamo kako izgledaju,
i potom jedan isto tako prasnjavi akumulator koji treba da se napuni sa nekoliko njih.
Evo uslikao sam slicicu od Pesim programa, to je kolo za transfer energije i PWM modulator:


Sastavljam to kolo al nije mi jasno sta treba da prikacim na one izvode PWM-a?
Evo ovo je iz helpa..
There are four input for the controller:
- modulation index (at the center bottom)
- delay angle, in deg. (at the left bottom)
- synchronization signal (at the right bottom)
- enable/disable signal (at the middle right)
The PWM pattern is selected based on the modulation index. The synchronization signal provides the synchronization to the PWM pattern. The switch gatings are updated when the synchronization signal changes from low to high. The delay angle defines the relative angle between the gating pattern and the synchronization signal. For example, if the delay angle is 10o, the gating pattern will be leading the synchronization signal by 10o.
The PWM pattern controller is enabled (or disabled) if the enable/disable signal is high (or low).
koje elemente treba da mu prikacim ?
