Actually when analyzing the operation of these topologies I don't see any problem with them.This circuit will work only if you have a floating input source. So, now instead of 3-terminal circuit, you have 4-terminal device.
Could you explain about low impedance connection? What is it?Now we have a 4-terminal device instead of the usual 3-terminal, input source cannot have any low impedance connection between Vin and Vout.
I don't remember but maybe those above are the first ones.Have you seen any single- supply circuit without common ground between Vin and Vout?
First, let's take a moment to savor the Buckeye's victory over Noter Doter...So what is the problem caused by no common ground? I see that there is no common ground in these topologies but don't understand why it is source of problems.
|Thread starter||Similar threads||Forum||Replies||Date|
|Designing a multi-cell Lithium-Ion charging board or (small cc/cv buck or boost)||General Electronics Chat||0|
|M||LT Spice Buck-Boost Converter Simulation help needed||Power Electronics||7|
|S||Constant current using synchronous buck boost converter||Power Electronics||4|
|Buck and Boost Converter Together||Power Electronics||2|
|S||controlling buck boost converter with raspberrypi||Homework Help||27|