Switching Power Supply 5 VDC / 3 A with TYPE-C Output
€8.61excl. VAT€10.50incl. VATSwitching power supply with a 5 VDC – 3 A output and a lead with a Type C connector
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Mains power suppliesSwitching power supply with a 5 VDC – 3 A output and a lead with a Type C connector
Arduino compatibleThe Tactigon is a small board (46.9×15.2×5.5 mm) run by a 32 bit ST microcontroller, with a BLE transceiver, temperature and pressure sensors, a 9 axis IMU, an RGB LED, a charge controller for the Li-ion battery it runs on, and 5 GPIO.
SensorsModule with 4 white LEDs, based on the TAOS TCS230 chip, a light-to-frequency colour converter
SensorsModule with 4 white LEDs, built around the TAOS TCS3200 chip, a light-to-frequency colour converter
Sensors
SensorsSmall visible-spectrum sensor built around an NPN phototransistor
SensorsThis module uses the TEMT6000 light sensor for ambient light detection. With peak sensitivity at 570 nanometres and a wide 60-degree acceptance angle, the sensor measures the amount of visible light, excluding the infrared (IR) spectrum.
SensorsElectronic compass module with a three-axis magnetic field sensor, based on the QMC5883L chip. It is the ideal solution for projects that need accurate heading and orientation sensing.
SensorsBreakout board built around the tiny TMP102 digital temperature sensor
Sensors3-pin analogue temperature sensor (TO-92 case) that reads temperatures between -40°C and +125°C
RobotsTobbie is a 6-legged robot kit that can interact with its surroundings
micro:bitTobbie II is a robot you build yourself (kit form), with 6 legs and a body free to rotate, carrying all the electronics it needs, including a motor, an infrared sensor and a buzzer to make it lively and interactive for maximum fun
SensorsBreakout board based on Time of Flight technology, carrying the VL53L0X sensor, a low drop-out linear voltage regulator and a MOSFET adapter for the I²C-Bus interface, used to shift the chip’s 0/2.8 V logic levels so that they match the standard TTL levels of conventional logic boards and of Arduino. Communication with the host device, typically a microcontroller, takes place over the I²C-Bus formed by the SCL and SDA pins, clock and bidirectional data channel respectively; through the bus (which runs at 400 kHz) you can set the operating mode, the sensitivity and so on, as well as read the result of the measurement
SensorsBreakout board based on Time of Flight technology with the VL6180 sensor
SensorsBoard based on Time of Flight technology, built around the VL53L3CX infrared laser sensor
Arduino compatibleTotem Mini Lab is a small but powerful electronics laboratory for experimenting with and learning the basics of electronics
Displays7″ colour display with capacitive touch screen, HDMI video input and 800×480 pixel resolution
Sensors
IoT (Internet of Things)Trace&Follow, developed by RedSmart (a business unit of IDT), is an advanced device for monitoring energy consumption in industrial machinery. With BLE, WiFi and Ethernet connectivity plus a LoRa expansion for LoRaWAN, Trace&Follow acquires digital signals, drives outputs and sends data over MQTT to a configurable broker.
IoT (Internet of Things)Trace&Follow, developed by RedSmart (a business unit of IDT), is an advanced industrial monitoring system designed to track and optimize energy consumption, raw material use and the production efficiency of machines in industrial plants
Open-Electronics.org is the brainchild of a world leader in hobby electronics Futura Group srl. Open-Electronics.org is devoted to support development, hacking and playing with electronics: we share exciting open projects and create amazing products!
Open-Electronics.org is not just a container of ideas: it is also a web site lead by a team of engineers and geeks who will take part in the discussions and give support.
Our mission is to become a reference Open Source hacking site with ideas and feedback aimed to enrich the community.