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ENB (LingSword AA)
I purchased this product about a month ago and prepared this post since then. I was still in the stage of testing this product before I could put out this post, so it was a bit delayed.
Today, I'm going to talk about a rather interesting product from ENB, the ENB (LingSword AA) Power Bank case. Yes, you read it correctly. It is a power bank case. To use this case, you will need to supply your own protected/unprotected 18650 3.6V/3.7V Li-Battery.
For my instance, I used two 18650 unprotected 2600mAh battery by Samsung SDI. Making it a 5200mAh power bank. You can supply a 18650 type battery that have a higher capacity and it will work accordingly too. You can even mix and match 18650 batteries with different capacity to achieve different total capacity.
Today, I'm going to talk about a rather interesting product from ENB, the ENB (LingSword AA) Power Bank case. Yes, you read it correctly. It is a power bank case. To use this case, you will need to supply your own protected/unprotected 18650 3.6V/3.7V Li-Battery.
For my instance, I used two 18650 unprotected 2600mAh battery by Samsung SDI. Making it a 5200mAh power bank. You can supply a 18650 type battery that have a higher capacity and it will work accordingly too. You can even mix and match 18650 batteries with different capacity to achieve different total capacity.
Push from the bottom of the power bank case to open
I used two Samsung SDI (2600mAh) 18650 unprotected battery
I have put the power bank casing through its paces to see whether the power bank case performs as advertised. From the box, the case specification are as below.
To show the current battery status, the 'energy-ring' also flashes the color of the remaining capacity
Will make necessary edits in the future as I continue to use this product
As always, take care and I'll see you soon...
- Input: 5V 1A, MAX 1.2A, Output: 5V 2.1A
- Charging Cut-off voltage: 4.2V, Discharging Cut-off voltage: 3V
- Efficiency: 93%
- Support one/two 3.6V or 3.7V 18650 Li-Battery (with/without protection board)
- Using Japan SeiKo Li-Battery protection IC
- Over discharging recovery
- Charging management protection
- MCU monitoring protection
- Battery reverse protection (In case the 18650 battery is inserted wrongly)
- Over current, over voltage, over discharging and short circuit protection
To show the current battery status, the 'energy-ring' also flashes the color of the remaining capacity
- Red, 0% - 33%
- Orange/Yellow, 33% - 66%
- Green, 66% - 100%
Will make necessary edits in the future as I continue to use this product
As always, take care and I'll see you soon...
1 Comments
This power bank case sounds like an excellent option for anyone who needs extra battery life.