Based on the PIC12F683-I / P microcontroller (appropriately programmed) and the 433.92 MHz hybrid receiver AC-RX2, this single-channel self-learning receiver is able to decode the signal from the MM53200, UM3750, UM86409 encoded radio transmitters. or Holtek HT-12. The output relay, provided with status LEDs, can operate both in impulsive mode and in bistable mode and…
Breakout board based on Time of Flight technology and make use of the VL53L0X sensor, a low drop-out linear voltage regulator, a MOSFET adapter for the I²C-Bus interface useful for translating the 0 / 2.8V logic levels of the integrated to adapt them to the standard TTL of traditional logic boards and to Arduino. The…
This breakout board make use of the Vishay TEMT6000 ambient light sensor (www.vishay.com). It is suitable for who need to test or integrate a lighting detection system in the room or inside a container. The TEMT6000 is an NPN silicon phototransistor in SMD, the arrangement of the contacts is in line with that adopted by…
This breakout board allows interfacing between a TTL serial line (for example the output of a discrete UART or integrated in a microcontroller) and a RS485 bus, serial too, but with a balanced line wich has two wires referred to ground, instead of unbalanced (a conductor referred to ground) as in the classic TTL serial….
A small jewel capable of detecting atmospheric pressure and temperature, designed for the construction of weather stations or applications where it is important to know these parameters, such as air mass meters and altimeters. Let’s try it with Arduino. We know Omron for the many industrial sensors it has produced and continues to…
Let’s build a system able to detect the movement of people and objects through a video camera and send alarm e-mails with Raspberry Pi 3 B +. The so-called Computer Vision or artificial vision is a research sector that deals with how computers can interpret visual reality exactly like a human being; it uses…
Switching power supply with 5 VDC – 3 A output and cable with Type C connector. Designed for a wide range of devices such as Raspberry Pi 4, mobile phones, media players, portable gaming devices, GPS, etc. Features Main power: 100-240 VAC, 50/60 Hz, 0,7 A max. Power: 15 watt max. Output voltage: 5 VDC…
Finally, the Raspberry Pi 4 has arrived, with a complete and ready to use kit! The starter pack with everything you need to be able to use the new Raspberry Pi 4.If you don’t know what can be used to start working with this minicomputer, this is the solution for you. The set contains a Raspberry…
A small integrated SMD gives life to an excellent portable FM stereo radio receiver which can be easily created because it does not require the production of coils or the calibration of tuned circuits. The semiconductor industry continuously churns out new integrated circuits for all application areas and also for consumers and audio; among…
Breakout board based on the OMRON 2SMPB-02E pressure and humidity sensor. It allows to detect atmospheric pressure and temperature. Designed for creating weather stations or applications where it is important to know these parameters, such as air mass meters and altimeters. The breakout has a low drop linear voltage regulator and a MOSFET adapter for…
Dedicated Cooling Fan for Jetson Nano, PWM Speed Adjustment, Strong Cooling Air. Dimensions 40mm×40mm×20mm. Weight: 35g. Note: Jetson Nano Developer Kit is NOT included. The cooling fan on Jetson Nano Go to Open-Electronics Store
The module is based on a HEX3653 IC which is essentially an FM radio chip that can receive modulated FM signals with a frequency range of 76 to 108MHz. It uses very few external components such as: control buttons, resistors, capacitors, transistors and LEDs. The buttons allow the volume adjustment (VOL- and VOL +), the…
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