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![Using NXP’s NXQ1TXH5 Qi Charging Circuit Using NXP’s NXQ1TXH5 Qi Charging Circuit](https://www.electronics-lab.com/wp-content/uploads/2018/10/QiCircuit-1024x813.png)
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Using NXP’s NXQ1TXH5 Qi Charging Circuit
Adding wireless charging to furniture and other consumer goods is a nice way to add some oomph to an otherwise boring product. NXP’s NXQ1TXH5 provides an interesting, albeit difficult-to-prototype way around the problem. Creating a Qi-compatible is as easy as assembling the example...
Continue Reading![Evaluation board for STSPIN820 stepper motor driver Evaluation board for STSPIN820 stepper motor driver](https://www.electronics-lab.com/wp-content/uploads/2018/10/en.RS10485_002c_EVALSP820_obl-1024x682.png)
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Evaluation board for STSPIN820 stepper motor driver
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...
Continue Reading![Infrared Temperature Sensor Array using AMG8833 Infrared Temperature Sensor Array using AMG8833](https://www.electronics-lab.com/wp-content/uploads/2018/10/main-1024x768.jpg)
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Infrared Temperature Sensor Array using AMG8833
The Grove - Infrared Temperature Sensor Array (AMG8833) is a high precision infrared array sensor which based on advanced MEMS technology. It can support temperature detection of two-dimensional area: 8 × 8 (64 pixels) and maximum 7 meters detection distance. We provide both Arduino...
Continue Reading![NXP’s MMA8451QR1 Accelerometer NXP’s MMA8451QR1 Accelerometer](https://www.electronics-lab.com/wp-content/uploads/2018/10/accelero-2.png)
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NXP’s MMA8451QR1 Accelerometer
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...
Continue Reading![Avalue’s ECM-CFS SBC Sports Intel’s Coffee Lake Processor Avalue’s ECM-CFS SBC Sports Intel’s Coffee Lake Processor](https://www.electronics-lab.com/wp-content/uploads/2018/10/avalue_ecmcfs.jpg)
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Avalue’s ECM-CFS SBC Sports Intel’s Coffee Lake Processor
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...
Continue Reading![Pi Supply LoRa Boards Run on Raspberry Pi, Arduino and Micro:bit Pi Supply LoRa Boards Run on Raspberry Pi, Arduino and Micro:bit](https://www.electronics-lab.com/wp-content/uploads/2018/10/pisupply_lora_trio.jpg)
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Pi Supply LoRa Boards Run on Raspberry Pi, Arduino and Micro:bit
Pi Supply has launched a new series of IoT LoRa Boards on Kickstarter that work with Raspberry Pi, and Micro:bit. They include an IoT LoRa Gateway HAT board with a price of £120 ($157) and a LoRa Node pHAT node board for £25 ($33) price. The boards support any 40-pin Raspberry Pi, and...
Continue Reading![FLIR Boson Camera Frame Grabber using FPGA FLIR Boson Camera Frame Grabber using FPGA](https://www.electronics-lab.com/wp-content/uploads/2018/10/9685141536103503966-1024x683.jpg)
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FLIR Boson Camera Frame Grabber using FPGA
Simple FPGA based PCB to capture thermal images from a FLIR Boson camera on to a microSD. The project's sources are available on Github. by Greg Davill A small PCB designed to attach to the backside of the FLIR Boson Thermal Camera. The PCB facilitates configuration of the camera along...
Continue Reading![The 10 Trillion FPS Camera Captures Light In Slow Motion The 10 Trillion FPS Camera Captures Light In Slow Motion](https://www.electronics-lab.com/wp-content/uploads/2018/10/camera.jpg)
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The 10 Trillion FPS Camera Captures Light In Slow Motion
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...
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