Can you say more about the application? Can you post a link to the Buck converter you are using?Puglife said:
Yes, I had accidentally wrote the wrong voltages for the buck converter, it is 1.23 to 30, but the application, and 2.5 volt capacitor is the same. https://www.amazon.com/dp/B008BHAOQO/?tag=pfamazon01-20berkeman said:Can you say more about the application? Can you post a link to the Buck converter you are using?
Yes, that is probably how it works. It should say on the datasheet or application note.Puglife said:
thanksberkeman said:
A super capacitor, also known as an ultracapacitor, is an energy storage device that can store and release a large amount of energy quickly. It differs from a regular capacitor in that it has a higher capacitance, meaning it can store more charge, and it has a longer lifespan due to its ability to handle more charge-discharge cycles.
A buck converter is a type of DC-DC converter that steps down the input voltage to a lower output voltage. In charging a super capacitor, the buck converter takes the input voltage from a power source and converts it to a lower voltage that is suitable for charging the super capacitor. This allows for efficient charging and prevents the super capacitor from being overcharged.
The maximum voltage draw for charging a super capacitor with a buck converter depends on the specific characteristics of the super capacitor and the buck converter. Generally, the buck converter should be set to output a voltage that is slightly lower than the maximum rated voltage of the super capacitor to avoid overcharging. It is important to refer to the datasheets of both components to determine the appropriate maximum voltage draw.
Using a buck converter in charging a super capacitor has several benefits. Firstly, it ensures that the super capacitor is charged with a controlled and stable voltage, preventing overcharging and potential damage. Secondly, the buck converter allows for efficient charging, as it can step down the input voltage to a lower, more suitable level. Lastly, using a buck converter can prolong the lifespan of the super capacitor by preventing it from being exposed to high voltages.
Yes, a super capacitor can be charged without a buck converter. However, using a buck converter is recommended as it provides more control over the charging process and helps to prevent overcharging. If a buck converter is not used, it is important to carefully monitor the charging voltage and ensure that it does not exceed the maximum rated voltage of the super capacitor.