I've pretty new to parallel circuits and can't seem to understand them.
To Begin:
I have a 5v DC power source with barely any amperage, and the goal is to covert it to 5v 2A using no excess power. Just recently I bought (5) dc-dc 1v-5v step up converters. Apparently all of these are supposed to work like this:
When 1v DC is put in the input it will give you 5v DC; 2v in input = 5v; 3v in input =5v, etc. up to 5v input. Now when a full 5 volts is inputted it will still give 5v output, but increase amperage to 500ma. Therefore with the smallest 1v input it should give you 100ma.
If each converter, at full input gives output of 5v DC and 500ma then is it possible to wire all of the converters to keep the same voltage but increase amperage x5?
By the way, each converter has a input+, an output+ and a ground-
To Begin:
I have a 5v DC power source with barely any amperage, and the goal is to covert it to 5v 2A using no excess power. Just recently I bought (5) dc-dc 1v-5v step up converters. Apparently all of these are supposed to work like this:
When 1v DC is put in the input it will give you 5v DC; 2v in input = 5v; 3v in input =5v, etc. up to 5v input. Now when a full 5 volts is inputted it will still give 5v output, but increase amperage to 500ma. Therefore with the smallest 1v input it should give you 100ma.
If each converter, at full input gives output of 5v DC and 500ma then is it possible to wire all of the converters to keep the same voltage but increase amperage x5?
By the way, each converter has a input+, an output+ and a ground-