High Frequency (100kHz) and High Voltage(300kV)

[suryad76]

What are the basic problem associated with both high frequency(120kHz) and High Voltage(300kV) perfect sinusoidal simultaneously?

 

[melc]

What are the basic problem associated with both high frequency(120kHz) and High Voltage(300kV) perfect sinusoidal simultaneously?

Please refine your question.
300KV is a very difficult option caused by isolation requested. 120KHz is a difficult option because of the transformer. Pure sinusoidal, 300KV and 120KHz is a real challenge and probably it may be done only at very low output power.

 

[IanP]

Not sure what are you trying to do, but this is how 150kV 1ns generator looks like ..
The main issue in this excercise will be the 300kV voltage ..

Regards,
IanP

 

[suryad76]

What are the basic problem associated with both high frequency(120kHz) and High Voltage(300kV) perfect sinusoidal simultaneously?

Please refine your question.
300KV is a very difficult option caused by isolation requested. 120KHz is a difficult option because of the transformer. Pure sinusoidal, 300KV and 120KHz is a real challenge and probably it may be done only at very low output power.

Its power is 45kW active and 10MVA Reactive. It is perfect sinusoidal 120kHz transformer.

 

[melc]

What are the basic problem associated with both high frequency(120kHz) and High Voltage(300kV) perfect sinusoidal simultaneously?

Please refine your question.
300KV is a very difficult option caused by isolation requested. 120KHz is a difficult option because of the transformer. Pure sinusoidal, 300KV and 120KHz is a real challenge and probably it may be done only at very low output power.

Its power is 45kW active and 10MVA Reactive. It is perfect sinusoidal 120kHz transformer.

Well, if it's indeed 10MVA reactive then probably is a resonant transformer... it hasn't a precise amplitude control as long it has a high Q.
45kW is high power at this frequency.