Thank you for your response.

Yes, you are correct. I will be using the super-capacitor bank to charge a battery.
For this particular application, frequent and consistent charging is available for the super-capacitor bank, so I will be taking advantage of the fast charge rate of the super-capacitor, then use your LTC1781 product to limit the discharge rate of the super-capacitor while boosting the voltage to 8.4 volts to charge the battery bank.

So if I understand correctly, you believe that this product will work as a super-capacitor current discharge rate limiter? My fear was that the super-capacitor string (6.75 vmax, 210 F, esr= .012 ohm) would discharge too much current and destroy the LTC1781 since it allows a maximum of 10 amps at the input. Any thoughts you have would be appreciated.

Thank you.

Can you tell me how the current and voltage potentiometers control the voltage and current? For example, I would like to control the vottage and current via a microprocessor. I would modify your board (or at least try to) by removing those two potentiometers and controlling with a PWM (for example).

Is this something that would be doable?

Thanks,

Barry

what exactly is indicated by the green LED and what for the two holes on the PCB beside that?