5V Micro single USB DIY Step Up Power Bank Charging Module
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All Prices Incuding GST
Local Pickup
Estimated time to pack : 15 Mins.
Fast Delivery
Same Day Dispatch.
Bulk Purchase
Make your own 5V (Approx) power bank from single-cell Li-po or Li-ion battery (18650 or 14500) with this Booster and Charger Power Bank Module. It is based on 134N3P IC.
It comes with UBS A Receptor at one side (output) and another side is the USB Micro B receptor for the input charging source.
Features:
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1A (Approx) Power Bank Module
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Support Single Cell Lithium Battery, including Lipo and Li-ion
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Support 18650 and 14500 Li-ion battery
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Charging and discharging indication
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Charging: RED LED Blink fast
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Full Charge: RED LED Blink Slow
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Internally installed charging and discharging power MOS
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Preset 4.2V charging voltage, precision ±1%
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Max 8uA standby current
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Integration charging management and discharging management
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Intelligent temperature control and overtemperature protection
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Integration output overvoltage protection, short circuit protection, overload protection
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Integration overcharging and over-discharging protection
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Support trickle mode and zero voltage charging
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Supply Voltage: 3.7V~5.5VDC
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Maximum Charging Current: 1A (max)
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Output Discharge Voltage (Boost): 5VDC (Approx)
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Maximum Discharge Current: 1A
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Battery Cutoff Discharge Voltage: 2.9V
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Discharging Efficiency: 85%
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Dimension: 23mm x 18mm x 10mm
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Weight: 3gm
- Shipping Time:- Our orders are shipped within 24 Hours.
- Delivery Time:- 2-5 Days (Anywhere in India), 7-10 Days for remote location
- Shipping Partner:- FedEx, Delhivery, XpressBees, Ecom Express, E kart Logistics, for remote location we use India Post.
- Replacement:- Damaged During Transit, Missing Parts Or Item Mismatch.
- Return:- Item mismatch or parts missing etc.
- No return/Replacement will apply if the Product has been subject to misuse, static discharge, neglect, accident, modification, or has been soldered or altered in any way.
- We accept no responsibility for improper installation of our products. Electrical polarity must be properly observed in hooking up electrical components.