Two Transistor inverter

Nice and handy :)

it's not real. if you build it, and it works, you are awesome

It will, work with some few varistors protectors and using proper transistors. It is classic parallel inverter typically build using thyristors to easy obtain powers of few kW. Today rather obsolete topology. Transistorised one work typically in class C and in simple designs it will work in class B so waste of power will be great. Most wanted is class D but it will require some driver or fancy passive or active feedback signal shaper. Bigger output transformer is required as this is inverting 2 diode full wave rectifier and they require center taped winding of twice turns ratio than for bridge one. However those drawbacks are in interest only when consider commercial use. Advantages are easy construction, required less protections and simpler driver. Good for home use and as diy project

I've tries one of these one day, didnt like how little power it gave for 120VAC 60Hz applications, I'm not looking for the full 1.8KW, maybe just like 700W or so, enough for like a few lights and what not, little snow storm light back up from car batteries and such

How nice, just 700watt! Handling 700W means handling with more than 60A at 12V Battery side, good luck

Or I can make a 200 Amp 12 input from a running alternator, power a 2kW inverter as I already have haha

Lada battery? Lol

Do you know?Why it is important to place a ground in a circuit?pls mail me to sohanarafat703@gmail.com

Ground is important just for the simulator to have a reference to which it calculate and more important to show you values. The simulator could start with any reference point in our universe but the numeric value would be somehow unconfortable for you to understand. So you give the starting point / reference and actually it doesn't matter were you place ground as long as does not ground comes into game to transport any current for you.

Ground or earth is huge.....so a lil change in potential becomes negligable. So we take that as something valled reference potential. It can take in all the current but its potebtial will remain zero. In a circuit it ia used create a potential across any electrical element so when any electrical element is grounded it will have zero potential on the side grounded. It can provide or take infinte current theoreticallu and voltage will still be zero.

Good

Ic 555

Super

It works in real life?

Nice

This app very nice

Amazing

nyc