In electronics, a device is said to be a latching device if it maintains any particular fixed state even after removal of the input signal. The same also applies for electronic/electromechanical relays. Basically the electromechanical relays that are used today are of two types: 1. Non-Latching Relay : These relays are most widely used where […]
Latching Relay Module Continue Reading
Light moving in vacuum is the fastest thing in the universe. Scientists have tried many times before to catch it on the move with some success. This time a new equipment built by Caltech scientists pulls down a mind-blowing 10 trillion frames per second, meaning it can capture light as it travels along, and also they are
The 10 Trillion FPS Camera Captures Light In Slow Motion Continue Reading
Arduino is pretty much famous for the numerous shields it has. These plug-and-play shields make our life a lot easier while working on some complicated projects. Among all other shields, graphic shields are getting more and more popular. A graphic shield lets you show text, numbers, shapes, and even small images on a screen, using
VGADuino-II : The New 256 Color Graphic Shield for Arduino Continue Reading
Description A small PCB designed to attach to the backside of the FLIR Boson Thermal Camera. The PCB facilitates configuration of the camera along with capturing data to an SD card. This project is mostly an exercise in project-based learning. Instead of researching and reading about FPGAs, I want to create a project actually using
FLIR Boson Camera Frame Grabber using FPGA Continue Reading
Avalue recently announced a Linux-friendly 3.5″ ECM-CFS Single Board Computer with a choice of Intel’s latest 8th Gen “Coffee Lake” S-series processors. It also features triple display support, 2x GbE, 4x USB 3.1, 2x SATA, and mSATA. This SBC is considered as the world’s first 3.5-inch SBC to feature Intel’s 8th Gen “Coffee Lake” processors. Avalue’s 146
Avalue’s ECM-CFS SBC Sports Intel’s Coffee Lake Processor Continue Reading
The DHT11 humidity and temperature sensor makes it really easy to add humidity and temperature data to your DIY electronics projects. It’s perfect for remote weather stations, home environmental control systems, and farm or garden monitoring systems. In this tutorial, I’ll first go into a little background about humidity, then I’ll explain how the DHT11 measures humidity. After that,
Make an Arduino Temperature Sensor (Thermistor Tutorial) Continue Reading
Process computer designs usually start out with an accelerometer. As reliability problems creep in, making the switch to a more “professional” solution is beneficial. Accelerometers are based on the MEMS principle: instead of being a purely solid-state affair, the inside of the chip contains a micromechanical motion sensor along with a small mass. In addition
NXP’s MMA8451QR1 Accelerometer Continue Reading
Those Gadget Masters who have school age children may be interested in this one: the Arduino Science Kit Physics Lab. The package been designed to support “scientific exploration” for school kids between 11 and 14. Experiment with forces, motion, magnetism, and conductivity. Students will make their own hypothesis like real scientists, then check their assumptions,
Arduino Science Kit targets 11- to 14-year-olds Continue Reading
The EVALSP820-XS is a compact and easy to use evaluation board for the STSPIN820, the world’s smallest 45 V microstepping motor driver rated at 2.5 A. It provides a very compact solution to evaluate the performance of the STSPIN820 stepper motor driver with a minimum set of additional equipment and without the need of additional
Evaluation board for STSPIN820 stepper motor driver Continue Reading
LoRa is a useful technology if you need to send data a long way at low power levels. Leveraging this, [5Volt-Junkie] decided to build a small pager named the LoRaNicator. Those who love a detailed build log will enjoy this. The pager features everything up to and including the kitchen sink. A Cortex M0+ runs the
CUSTOM LORA PAGER DESIGNED WITH CARE Continue Reading
