hkBattousai
Member
Block diagram from Wikipedia:
**broken link removed**
This is my implementation of "Input rectifier and filter" stage:
**broken link removed**
From my understanding, the rest of the circuit must be something like this:
**broken link removed**
I'm stuck at the point "Inverter/Chopper". How do I create clock pulses from such a very high voltage level? Is there any IC for this purpose, or do we use a simple oscillator circuit using high voltage circuit elements?
Second question; can I design a simple ferrite core transformer on my own using the formula:
N1/N2 = V1/V2
N1: Number of turns on primary side
N2: Number of turns on secondary side
V1: Effective value of primary voltage
V2: Effective value of secondary voltage
Is this formula applicable to high frequency ferrite core transformers which has only a few turns on its primary and secondary coils?
Any help will be appreciated.
**broken link removed**
This is my implementation of "Input rectifier and filter" stage:
**broken link removed**
From my understanding, the rest of the circuit must be something like this:
**broken link removed**
I'm stuck at the point "Inverter/Chopper". How do I create clock pulses from such a very high voltage level? Is there any IC for this purpose, or do we use a simple oscillator circuit using high voltage circuit elements?
Second question; can I design a simple ferrite core transformer on my own using the formula:
N1/N2 = V1/V2
N1: Number of turns on primary side
N2: Number of turns on secondary side
V1: Effective value of primary voltage
V2: Effective value of secondary voltage
Is this formula applicable to high frequency ferrite core transformers which has only a few turns on its primary and secondary coils?
Any help will be appreciated.