Im looking at a super capacitor but I’m not sure what the discharge characteristics graphs actually mean. My goal is to be able to charge this capacitor, and discharge its energy into a battery.
The specs are:
Capacitor: 4.2V (5.5V peak) with 1F
Battery I’m looking to charge: 4V with 1500mA
There are two graphs in the image attached that I have a hard time understanding. First graph, the Constant Current Discharge @ 25C Charge 5.5V. The 1Amp goes from 5.5V and down to 0 in 4.5 seconds. There are two additional line graphs 2A and 4A. Second graph, Constant Power Discharge 25C Charge 5.5V, with line graphs of 1W, 5W, and 10W. It appears 10W line after 1000 msec, voltage becomes close to 2V.
How would you discharge this capacitor at a rate of 1.5A with 4V to charge a battery? Thanks for reading and I would appreciate any help.
Cheers
The specs are:
Capacitor: 4.2V (5.5V peak) with 1F
Battery I’m looking to charge: 4V with 1500mA
There are two graphs in the image attached that I have a hard time understanding. First graph, the Constant Current Discharge @ 25C Charge 5.5V. The 1Amp goes from 5.5V and down to 0 in 4.5 seconds. There are two additional line graphs 2A and 4A. Second graph, Constant Power Discharge 25C Charge 5.5V, with line graphs of 1W, 5W, and 10W. It appears 10W line after 1000 msec, voltage becomes close to 2V.
How would you discharge this capacitor at a rate of 1.5A with 4V to charge a battery? Thanks for reading and I would appreciate any help.
Cheers
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