Hi guys,
Thanks for the extremely fast responses.
To Diver300:
I took your advice and looked into the operations of a boost converter. However, I feel so lost in understanding how it works.
Is it that when the switch is closed, that the inductor is storing energy and when it is open that the energy is then released?
Any recommendations on what type of switch to use?
Does the boost converter function by pulse-width modulation?
To Boncuk:
Is this the chip you are talking about?
https://www.electro-tech-online.com/custompdfs/2008/11/fn3302.pdf
It looks like 2 flip-flop switches on a single chip.
How would I be able to make a toggle switch with the chip?
Do you mean something like a master-slave (pulse-triggered) D flip-flop?
Also, would the input pulse have to be constant high to keep one route and then constant low to keep the other route?
Thanks guys!
I think that I should include basically what I am trying to accomplish with this circuit as it seems that I have chosen possibly the wrong path to pursue.
First off, I wish to be able to power the circuit off of a battery source, hence the 9VDC. What I wish to accomplish is to get a about 30-40V square wave output.
I was going to add another 555 timer at the end of the diagram that I originally posted to get the square wave. So I guess it's kind of a circuitous route to take, DC-->AC-->DC-->AC, lol.