Scubasteve

Hehe Gene 8)

Hey Mosfet,

hmmm, oh well, I am sure everyone will forgive you :wink:

con·cise ( P ) Pronunciation Key (kn-ss)
adj.
Expressing much in few words; clear and succinct.

Mosfet

Please note the origin of the original poster, "M'sia"
Perhaps English is not this person's first language.
My original reply, "approximately one half volt".
The reply to my post, "able to produce 1.5V".
Many languages differ from English syntactically.
This means that literal translations can be in error.
Perhaps this subtlety escaped you?
If I am building an electrical device and have misjudged the value of a component by 300 per cent I hope some one will make the effort to point this out to me.

Scubasteve

This is turning into a totally different discussion.. Perhaps we should make the effort to translate to the poster's native tongue? Don't be too defensive, I was just poking a little fun at you..

I'm sorry that I offended you, my intentions weren't bad.

Steve

yewnen

wow~ what a BIG piece of solar cell panel and it's really expensive! anyway, thanks for your advices. Please, sorry for my broken english. ops:

The question requires me to go to the Telecom office to borrow a solar cell panel and start doing the project.

Well, I've found some inverter circuit via the internet and I'm now sure whether does the circuit is able to produce 13A of current. Anyway, it's a good try for me. Is there any recommended circuits?

For your informations, I have never seen solar cell before, that's why I'm lost. Thank you all for guiding me. Can you all guide me? thanks!

Scubasteve

You're going to borrow 40000 square feet of solar panels?

The inverter circuit should be the least of your worries..

Steve

Gene

If this is a school project, maybe you could do 1.3 milliamps instead of 13 Amps to prove your point. The point being that with enough time and money most anything is possible.