Author: mixos
![Credit Card Sized HMI Development Hardware Credit Card Sized HMI Development Hardware](https://www.electronics-lab.com/wp-content/uploads/2018/10/FTDIPR90-scaled-1024x768.jpg)
Credit Card Sized HMI Development Hardware
Coinciding with the BT815 and BT816 advanced graphics controller ICs being ramped up into volume production, Bridgetek has introduced a series of accompanying entry-level development modules. Supporting a range of different display configurations, the compact (54.1mm x 85.60mm) VM816C...
Continue Reading![Using Ferrite Beads for Ringing Control in Switching Converters Using Ferrite Beads for Ringing Control in Switching Converters](https://www.electronics-lab.com/wp-content/uploads/2018/10/4279.jpg)
Using Ferrite Beads for Ringing Control in Switching Converters
"Ringing" is a common term referring to the undesired oscillation that occurs when a power semiconductor switch turns on or off in the presence of parasitic inductance and capacitance. Energy stored in the parasitic junction capacitance of the switch is released during the switching...
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)
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![Εfficient Wireless Li-Ion Charger with Regulator Optimized for Low Power Wearables Εfficient Wireless Li-Ion Charger with Regulator Optimized for Low Power Wearables](https://www.electronics-lab.com/wp-content/uploads/2018/10/LTC4126-acl-1024x419.png)
Εfficient Wireless Li-Ion Charger with Regulator Optimized for Low Power Wearables
Analog Devices announces the Power by Linear™ LTC4126, which expands its offerings in wireless battery charging. The LTC4126 combines a wireless powered battery charger for Li-Ion cells with a high efficiency multi-mode charge pump DC/DC converter, providing a regulated 1.2V...
Continue Reading![The USB-C Explorer helps to get started with USB-C The USB-C Explorer helps to get started with USB-C](https://www.electronics-lab.com/wp-content/uploads/2018/10/Top_on_cropped.jpg)
The USB-C Explorer helps to get started with USB-C
Jason has designed a development board for USB-C and Power Delivery, that is available on GitHub. The board is also on sale at Tindie for $79 + shipping. The USB-C Explorer is a development board with everything needed to start working with USB Type-C. It contains a USB-C port...
Continue Reading![Using a Raspberry Pi to program an ATTiny10/9/5/4 Using a Raspberry Pi to program an ATTiny10/9/5/4](https://www.electronics-lab.com/wp-content/uploads/2018/10/SOT-23-6-PKG.jpg)
Using a Raspberry Pi to program an ATTiny10/9/5/4
Using a Raspberry Pi to program an ATTiny4/5/9/10. But, mostly the $0.25 ATTiny10. And, not necessarily a Raspberry Pi, but anything with GPIOs! Yep. It works. At least tested pretty thoroughly with my ATTiny10. It can also read all the memories AND run timings against the AVR to do...
Continue Reading![Get your Things on the Internet in 30 seconds with the AVR-IoT! Get your Things on the Internet in 30 seconds with the AVR-IoT!](https://www.electronics-lab.com/wp-content/uploads/2018/10/rs_20.jpg)
Get your Things on the Internet in 30 seconds with the AVR-IoT!
RS Components will stock Microchip’s AVR microcontroller IoT development board for Google Cloud, which enables the fast prototyping of cloud-connected devices. By Ally Winning [via] The Microchip AVR-IoT WG development board uses an ATmega4808 AVR-based MCU, with a ATECC608A...
Continue Reading![Murata’s 3D Silicon Capacitors Murata’s 3D Silicon Capacitors](https://www.electronics-lab.com/wp-content/uploads/2018/10/Silicon-Capacitors-Murata-Manufacturing-Co.-Ltd..png)
Murata’s 3D Silicon Capacitors
Murata high-density silicon capacitors are developed with a semiconductor MOS process and are using the third dimension to substantially increase the capacitor surface and thus its capacitance without increasing the capacitor footprint. Murata silicon technology is based on a monolithic...
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