Referring to my attachment, my question is:
Would there still be a voltage drop at the battery (SLA1) if a load is connected at the Output, despite having 2 constant voltage regulators connected together instead of 1?
I know, for sure, that there will be a voltage drop if I had just the single regulator, but cannot test the outcome of having 2 as I don’t have the right parts at home.
REG1 is primarily the “float charger” for the battery (also connects to the Output), and REG2 is the main power giver for the Output when AC power is available. When AC power dies, the battery takes over.
Output current consumption wouldn’t be anything higher than say 1.5A.
I didn’t pay particular attention to component values in my schematic, but you get the general idea of what I’m on about![Smile :) :)](data:image/gif;base64,R0lGODlhAQABAIAAAAAAAP///yH5BAEAAAAALAAAAAABAAEAAAIBRAA7)
Thanks.
Jason
(Learning!)
Would there still be a voltage drop at the battery (SLA1) if a load is connected at the Output, despite having 2 constant voltage regulators connected together instead of 1?
I know, for sure, that there will be a voltage drop if I had just the single regulator, but cannot test the outcome of having 2 as I don’t have the right parts at home.
REG1 is primarily the “float charger” for the battery (also connects to the Output), and REG2 is the main power giver for the Output when AC power is available. When AC power dies, the battery takes over.
Output current consumption wouldn’t be anything higher than say 1.5A.
I didn’t pay particular attention to component values in my schematic, but you get the general idea of what I’m on about
Thanks.
Jason
(Learning!)