I needed to make a supercap battery bank circuitc with >>5V input connected to, two 5.4V supercapacitors connected in series , and output from supercapacitors with on/off switch.<< Its harder the way I did it
also will i be able to get 10V Vout after fully charging the supercapacitors
Is the switching done manually or automatically?
Is the input voltage for charging the caps always >>5.4V?
Have you considered how you will protect the caps to ensure they aren't over-charged?
Mathematically means "Very much greater than 5 volts"
Do you really mean that, or is it just some weird punctuation which just distracts from the meaning of the words, and you are just charging from a 5 volt supply ?
If you're charging from a 5V and want 10V out, you either need a converter to generate the 10V, or use a DPDT switch to change the configuration of the capacitors between parallel (for charging both to 5V) and series (for providing 10V output)
I have used two switches so that the capacitors may be charged individually and then connected in series.
Whay do you want to do this?
Also be aware that a discharged "super capacitor" will probably drag your supply down to a low voltage, unless the supply can provide a lot of current to charge the capacitor.
The switch is a "double pole double throw" switch, and it has six terminals.
Have a look at the picture in this link: https://uk.rs-online.com/web/p/toggle-switches/7346805/
That switch also has a centre-off position, which may or may not be useful, but that type of switch with two sets of changeover contacts.
You will need two of these switches, one for each capacitor.
Why are you using capacitors instead of batteries? Unlike capacitors, batteries maintain relatively constant voltage over a wide range of charge states.
No, those are two dual switches in there - DPDT aka double pole double throw. You see that dashed line that connects the pair of switches? That is one DPDT switch.
What strikes me here is how you can disagree with something that you clearly don´t understand.
I have used two switches so that the capacitors may be charged individually and then connected in series.
Whay do you want to do this?
Also be aware that a discharged "super capacitor" will probably drag your supply down to a low voltage, unless the supply can provide a lot of current to charge the capacitor.