battery

Breadboard Arduino with USB programming ability.

Crafting Your Unique Arduino Creation: A DIY Project Guide

Build Your Own Arduino Using affordable components and a solderless breadboard, you have the ability to swiftly and effortlessly construct your own Arduino setup. This approach proves invaluable for prototyping new design concepts or when avoiding the need to dismantle existing setups for Arduino usage. The following example illustrates the process of connecting components on […]

Crafting Your Unique Arduino Creation: A DIY Project Guide Continue Reading

Ultrasonic Sensor

Arduino Uno Projects: Entry-Level Innovations for Beginners

The Arduino UNO, developed around the ATmega328P microcontroller, boasts a versatile array of features. With 14 digital I/O pins, including 6 PWM outputs, along with 6 analog inputs and a 16 MHz quartz crystal, it offers ample flexibility for various projects. Additionally, it comes equipped with essential components such as a USB connection, a power

Arduino Uno Projects: Entry-Level Innovations for Beginners Continue Reading

ARDUINO MEASURES REMAINING BATTERY POWER WITH ZERO COMPONENTS NO I O PIN

ARDUINO MEASURES REMAINING BATTERY POWER WITH ZERO COMPONENTS, NO I/O PIN

[Trent M. Wyatt]’s CPUVolt library provides a fast way to measure voltage using no external components, and no I/O pin. It only applies to certain microcontrollers, but he provides example Arduino code showing how handy this can be for battery-powered projects. The classical way to measure a system’s voltage is to connect one of your MCU’s

ARDUINO MEASURES REMAINING BATTERY POWER WITH ZERO COMPONENTS, NO I/O PIN Continue Reading

BATTERY MANAGEMENT IC WITH UART INTERFACE FOR SENSING AND CELL BALANCING

BATTERY MANAGEMENT IC WITH UART INTERFACE FOR SENSING AND CELL BALANCING

Infineon Technologies AG has expanded its product offering for Battery Management System (BMS) with the TLE9012AQU a new sensing and balancing IC that is designed for batteries in hybrid and electric cars and other applications. It can measure the voltage in up to twelve battery cells with an accuracy of ± 5.8 mV over the entire temperature and voltage

BATTERY MANAGEMENT IC WITH UART INTERFACE FOR SENSING AND CELL BALANCING Continue Reading

BATTERY BOT MAKES SURE CORDLESS TOOL PACKS ARE ALWAYS TOPPED UP

BATTERY BOT MAKES SURE CORDLESS TOOL PACKS ARE ALWAYS TOPPED UP

There was a time not that long ago when every tool was cordless. But now, cordless power tools have proliferated to the point where the mere thought of using a plain old wrist-twisting screwdriver is enough to trigger a bout of sympathetic repetitive injury. And the only thing worse than that is to discover that

BATTERY BOT MAKES SURE CORDLESS TOOL PACKS ARE ALWAYS TOPPED UP Continue Reading

RICOH ELECTRONIC DEVICES COMPANY LAUNCHES THE RIOT 001 ENVIRONMENT SENSING BOARD

RICOH ELECTRONIC DEVICES COMPANY LAUNCHES THE RIOT-001 ENVIRONMENT SENSING BOARD

Ricoh Electronic Devices Company RIOT-001 Environment Sensing Board is designed to transmit data obtained from a temperature/humidity/pressure sensor (BME280) and an ambient light sensor (MAX44009) via Bluetooth, to tablets or other smart devices. The board also includes a voltage regulator with a battery monitor (RP124) for the measurement of the secondary battery voltage. The RIOT-001 Board

RICOH ELECTRONIC DEVICES COMPANY LAUNCHES THE RIOT-001 ENVIRONMENT SENSING BOARD Continue Reading

M5STACK ATOM – SMALLEST ESP32 DEVELOPMENT BOARD FOR PORTABLE EMBEDDED AND IOT PROJECTS

M5STACK ATOM – SMALLEST ESP32 DEVELOPMENT BOARD FOR PORTABLE EMBEDDED AND IOT PROJECTS

The ESP32-based M5Stack ATOM from Espressif is the smallest (24 x 24mm) development board available in the market, which is designed for portable embedded systems and IoT development projects. M5Stack is the most cost-effective product due to its small size and there is no battery integrated to it. The M5Stack has two types of units in the ATOM series,

M5STACK ATOM – SMALLEST ESP32 DEVELOPMENT BOARD FOR PORTABLE EMBEDDED AND IOT PROJECTS Continue Reading

A LORAWAN THEFT RECOVERY SYSTEM FOR STOLEN BIKES USING A LOW COST DRAGINO LGT 92

A LORAWAN THEFT RECOVERY SYSTEM FOR STOLEN BIKES USING A LOW-COST DRAGINO LGT-92

Simon Kemper has published a guide for making use of the low-cost Dragino LGT-92 LoRaWAN asset tracking system to help track a bike when it’s stolen for easy recovery, while running for years on a single battery. Dragino LGT-92 is built for asset tracking across a LoRaWAN connection (a long-range low-power radio standard). The Dragino LGT-92 integrates a LoRaWAN radio with GPS-based location tracking. For

A LORAWAN THEFT RECOVERY SYSTEM FOR STOLEN BIKES USING A LOW-COST DRAGINO LGT-92 Continue Reading

Scroll to Top