1S/2S/3S Mini Battery Level Indicator Module Lithium Battery Power Indicator Module Mini LED Battery Level Display Light

Price range: $11.99 through $13.95

Specification

Overview

Weight 15 lbs
Dimensions 1 in
Brand Name

Gaqqee

Origin

Mainland China

High-concerned chemical

None

Condition

New

Type

Module

Supply Voltage

As detailed on the product page

Dissipation Power

Product Performance Testing

is_customized

Yes

Quantity

1

Operating Temperature

Product Performance Testing

Application

Computer

Package

TQFP

LED Colours

4 LEDs 1 red, 2/3/4 orange

Choice

yes

Description

Product Features:

1. Ultra-compact embedded design, mini dimensions suited for confined spaces

2. Product IC incorporates four high-precision comparators and feedback loops

3. Internal comparators feature optimised hysteresis for effective charge/discharge indication

4. High voltage detection accuracy with ±1% error margin, supporting four voltage points

5. Dual red-orange LED display with four miniature LEDs for prominent power status indication

Product Specifications:

Product Name: Mini Battery Indicator Module

LED Colours: 4 LEDs – 1 red, 2/3/4 orange

Voltage:

1S Single Cell: DC 3–4.2V

2S Dual Series: DC 5.8–8.4V

3S Triple Series: DC 8.8–12.6V

1S Black Board:

Voltage at 25% charge: 3.0-3.3V, 1 LED steady on

Voltage at 50% charge: 3.3-3.5V, 2 LEDs steady on

Voltage at 75% charge: 3.5–3.8V, 3 lights steady

Voltage at 100% charge: 3.8–4.2V, 4 lights steady

2S White Board:

Voltage at 0% charge: 5.8–6.2V, 1 light flashing

Voltage at 25% charge: 6.2–6.8V, 1 light steady

Voltage at 50% charge: 6.8–7.3V, 2 lights steady

Voltage at 75% charge: 7.3–7.8V, 3 lights steady

Voltage at 100% charge: 7.8–8.4V, 4 lights steady

3S Blue Board:

Voltage at 0% charge: 8.8–9.4V, 1 light flashing

Voltage at 25% charge: 9.4–10.3V, 1 LED steady

Voltage at 50% charge: 10.3–11.1V, 2 LEDs steady

Voltage at 75% charge: 11.1–11.8V, 3 LEDs steady

Voltage at 100% charge: 11.8–12.6V, 4 LEDs steady

Precautions:

When using inductive loads such as motors, should burnout occur, this indicates the need to incorporate a TVS diode or electrolytic capacitor at the input to absorb high-voltage reverse surges. Motor acceleration and deceleration generate high-voltage reverse surges that may damage the module.

Delivery contents:

Module x1

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