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HiLetgo 3pcs TP4056 Type-c USB 5V 1A 18650 Lithium Battery Charger Module Charging Board with Dual Protection Functions
AED30.00AED30.00
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Enhance your purchase
Brand | HiLetgo |
Colour | Green |
Input voltage | 5 Volts |
About this item
- Make sure that this fits by entering your model number.
- Input interface: Type-c USB.
- Battery overcharge lifting voltage: 4.00 V
- Battery: over-current protection current 3 A
- Maximum charging current output: 1000 ma
- Light state: no load the light not bright, red light for recharging, is full of green light.
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Product details
- Package Dimensions : 10.16 x 6.35 x 1.27 cm; 5 Grams
- Date First Available : 27 March 2021
- Manufacturer : HiLetgo
- ASIN : B07PKND8KG
- Item model number : 3-01-1503
- Best Sellers Rank: #2,945 in Electronics (See Top 100 in Electronics)
- #219 in Household Batteries & Chargers
- Customer reviews:
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Product description
Product description
Input interface: Type-c USB
The board size: about 2.5 * 1.65 CM
Charge cut-off voltage: 4.2 V + / - 1%
Battery overcharge lifting voltage: 4.00 V
Battery discharge termination voltage: 3.2 V
Battery: over-current protection current 3 A
Maximum charging current output: 1000 ma
The battery discharge protection voltage: 3.0 V
The battery overcharge protection voltage: 4.28 V
The input voltage: 4.35-6V (recommended voltage 5V)
Package Included:
3pcs TP4056 Type-c USB 5V 1A 18650 Lithium Battery Charger Module
Customer Reviews
4.3 out of 5 stars
4.3 out of 5
161 global ratings
How are ratings calculated?
To calculate the overall star rating and percentage breakdown by star, we don’t use a simple average. Instead, our system considers things like how recent a review is and if the reviewer bought the item on Amazon. It also analyses reviews to verify trustworthiness.
Top reviews from other countries

Lakshmanan Ranganathan
1.0 out of 5 stars
It's waste items don't buy. It's discharging
Reviewed in India 🇮🇳 on 29 September 2022Verified Purchase
It's waste items don't buy. It's discharging
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user-MFHG6D1
5.0 out of 5 stars
✌🏽✌🏽✌🏽
Reviewed in Saudi Arabia 🇸🇦 on 27 April 2022Verified Purchase
✌🏽✌🏽✌🏽

Hawk eye
4.0 out of 5 stars
They work as far as I can tell.
Reviewed in the United States 🇺🇸 on 9 May 2021Verified Purchase
I'm a hobbyist electronics tinkerer, and recently, I successfully repaired my faulty Nintendo Switch Pro Controller. In response, a few gaming friends sent over their busted controllers! I've been able to repair a few, but the rest have been picked apart for component salvaging.
A common component I keep is the battery, provided it passes visual examination and some testing with a multimeter. I've been wanting to use these batteries in some 3D printed lights I've been designing but wanted a way to safely charge the batteries, hence my getting these boards.
I've only used one, in tandem with a battery salvaged from a destroyed Switch Joy con. And as far as I can tell the board works. The only feature I have doubts about is the Over-discharge protection. I left the battery and board connected to some LEDs (with matched resistors in series) overnight. The next day, I couldn't get a voltage reading out of the battery at all. However, the battery fully recharged with no incident either, so the lack of voltage may have been due to my haphazard set up.
Before I start using the board in a 3D printed enclosure, I'll likely solder a proper circuit to the board with the battery and test the overdischarge protection again. But as of right now, I can say the the overcharge protection does work fine, and the USB-C connector makes charging single cell Lithium batteries a breeze.
In closing, I want to address a question I saw about these boards, if they could charge two batteries in parallel. I nearly tried doing just that, but looking at the LiPo batteries I use in my hobby grade RC vehicles made me change my mind. With the aforementioned LiPo batteries, they have balance connectors so that the battery cells are "balance charged" to maintain uniform voltage across the cells. While the LiPo batteries I have are "S" types (single cells in series), I still feel that cells wired in parallel would need to be balance charged, and since these boards don't have the means to balance charge cells, I wouldn't recommend connecting multiple batteries to one of these boards, in either series or parallel of any configuration.
A common component I keep is the battery, provided it passes visual examination and some testing with a multimeter. I've been wanting to use these batteries in some 3D printed lights I've been designing but wanted a way to safely charge the batteries, hence my getting these boards.
I've only used one, in tandem with a battery salvaged from a destroyed Switch Joy con. And as far as I can tell the board works. The only feature I have doubts about is the Over-discharge protection. I left the battery and board connected to some LEDs (with matched resistors in series) overnight. The next day, I couldn't get a voltage reading out of the battery at all. However, the battery fully recharged with no incident either, so the lack of voltage may have been due to my haphazard set up.
Before I start using the board in a 3D printed enclosure, I'll likely solder a proper circuit to the board with the battery and test the overdischarge protection again. But as of right now, I can say the the overcharge protection does work fine, and the USB-C connector makes charging single cell Lithium batteries a breeze.
In closing, I want to address a question I saw about these boards, if they could charge two batteries in parallel. I nearly tried doing just that, but looking at the LiPo batteries I use in my hobby grade RC vehicles made me change my mind. With the aforementioned LiPo batteries, they have balance connectors so that the battery cells are "balance charged" to maintain uniform voltage across the cells. While the LiPo batteries I have are "S" types (single cells in series), I still feel that cells wired in parallel would need to be balance charged, and since these boards don't have the means to balance charge cells, I wouldn't recommend connecting multiple batteries to one of these boards, in either series or parallel of any configuration.
One person found this helpful
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Mike
2.0 out of 5 stars
USB-C connector does not work
Reviewed in the United States 🇺🇸 on 22 July 2022Verified Purchase
Charger did not come with any description hence I am not sure if the USB-C jack is differently wired than usual USB-C cable you get in the US. Any USB-C wire I am using does not work although using 5V/3A. But using the soldering points '+' and '-' it is charging the battery. Connected it to my QI charging coil/controller and it is charging starting with a little bit lower than 900mA which goes down over time. Although it works I bought it for another project where I would use the USB-C charger. As it does not work I took 3 Stars off. More than happy to change it to 5 stars when it is on me that the USB-C connector is not working.
2 people found this helpful
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daveyk
3.0 out of 5 stars
RUNS VERY HOT CHARGING A LOW 18650 Battery
Reviewed in the United States 🇺🇸 on 23 January 2022Verified Purchase
Another designer had show be a battery box with (2) two 18650 in it using this PCB to charge them. I find it hard to believe that this PCB can reliably, or possibly even safely, charge an 18650 battery. With one almost dead 18650 battery, this PCB draws about 1 amp. With both, about 1.5 amps and that regulating SMT chip runs EXTREAMLY hot. I do not expect this to last, even with only one battery installed in the box (they are both in parallel). I would love to find a version of the PCB that could charge those batteries wired in series, not parallel, but I have yet to find one. Anyway, my primary concern for this PCB would be reliability.
One person found this helpful
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