LC709203F - LiPoly / LiIon Fuel Gauge and Battery Monitor - STEMMA QT / Qwiic - Adafruit 4712

Бестселлер
47898024
1 519 ₽
  • Бренд Adafruit
  • Доставка из Польши
  • Пункт выдачи СДЭК 24 июля
  • Стоимость доставки заказа в Россию от 897 ₽

Характеристики

Напряжение от
5.0 V
Напряжение до
3.0 V

Порты и интерфейсы

Подключение
I2C

Прочие свойства

Бренд
Adafruit

Описание

Product description: LC709203F - Li-Pol / Li-Ion battery indicator - STEMMA QT / Qwiic - Adafruit 4712.

Battery level indicatorfrom Adafruit. It allows to measure the voltage ofLi-PolandLi-Ionbatteries. Displays thevoltagevalue andpercentage chargeof the cell. The module communicates through theI2Cinterface and is poweredfrom 3 V to 5 V. It is compatible with Arduino and Raspberry Pi (I2C port must be configuredbefore connecting from Raspberry Pi).

This product is compatible with Arduino and Raspberry Pi.The manufacturer provides auser guideandlibraryfor Arduino IDE.

Indicator outputs

A dedicated STEMMA QT /Qwiicconnector or standard 2.54 mmgoldpin pinscan be used. Additionally, there aretwo equivalent JST portson the board. One of them should be connected to thebatterywhose measurement is to be made, and the other one should be connected to themicrocontrollere.g. Arduino, Raspberry Pi.

Connection of the indicator with the Arduino Metro board.

Pin Description VIN Supply voltage from 3 V to 5 V DC GND System weight SCL I2C interface clock line SDI I2C interface data line INT Pin interruption Therm Reading the temperature of the battery Ports of TSU Equivalent outputs1 - battery connection2 - microcontroller connection
Specification
  • Power supply: 3 V to 5 V DC
  • Communication interface: I2C
  • I2C interface address: 0x08
  • Battery types: Li-Pol / Li-Ion
Set contents
  • Sensor LC70923F
  • Connection cable JST-PH 2-pin - 1 pc.
  • Connectors goldpin raster 2,45 mm

Adafruit indicator kit.

Useful links
  • The manufacturer's website: Adafruit 4712
  • User guide
  • Technical Documentation LC709203F
  • Schemes
  • Library for Arduino