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Solartrend

2 x Mini Solar Lipo Board Lithium Battery Charger CN3165 Module 4.4-6V inc PH2.0

2 x Mini Solar Lipo Board Lithium Battery Charger CN3165 Module 4.4-6V inc PH2.0

Regular price $14.80 AUD
Regular price Sale price $14.80 AUD
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Power Source: Solar

Year Manufactured: 2024

Item Length: 4 cm

Installation Area: Indoor & Outdoor

Colour: Blue & White

Brand: Solartrend

Mounting: Free Standing

Connectors: PH2.0 2 Pin

Type: Auto Adjustable Lithium Solar Charge Module

Control Style: Automatic

Manufacturer Warranty: 6 Months

Assembly Required: No

Voltage: 4.4V - 6.0V input

Number in Pack: 2

Item Height: 1 cm

Model: CN3163

Theme: Solar Garden Lights

Features: Solar Sensor,Battery Management, Auto Solar Charge - 4.2V

Power Consumption: 3mA in Sleep Mode

Country/Region of Manufacture: China

Item Weight: 5 Grams

Item Width: 2 cm

Lighting Technology: LED

2 x Mini Solar Lipo Board Lithium Battery Charger CN3165 Module 4.4V-6V DIY 

Sent With Australia Post Regular Letter NO Tracking Number Included.

Tracked Options Available


Description



Feature:

Solar panel input: 4.4-6V

Maximum charging current: Up to 0.99A

Interface: 2-pin JST connector (or PH2.0) Connector Cables Included

Short circuit protection

Auto Charge Current Detect

Battery status indication (red: charging, green: charged)

Dimensions: 2cm x 4cm


About this item

• The internal charging current adaptive module can automatically adjust the charging current based on the current output capability of the input power supply

• It can maximize the current output capacity of the input power supply and is very suitable for lithium battery charging applications that use power sources such as solar panels with limited current output capacity

• The internal fixed constant voltage charging voltage is

4.2V. The maximum charging current is 0.99A (~ 1A)

• When the input voltage drops, the CN3163 automatically enters a low-power sleep mode, and the current consumption of the battery is less than 3 mA

• Adopting constant current/constant voltage/constant temperature charging mode can maximize charging current and prevent chip overheating

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