![Tiny USB to UART Converter using CH330 Tiny USB to UART Converter using CH330](https://www.electronics-lab.com/wp-content/uploads/2018/10/CH330.png)
Tiny USB to UART Converter using CH330
This is a 10x10mm USB-Uart converter with 2Mbps interface speed based on the cheap CN330. Source files available on GitHub. CH330(N) works with CH340/CH341 driver as pointed out by Icenowy Zheng who made a small USB to TTL debug board based on the chip to practice PCB drawing with...
Continue Reading![A Beginner’s Guide to Circuits A Beginner’s Guide to Circuits](https://www.electronics-lab.com/wp-content/uploads/2018/10/BeginnersGuidetoCircuits_cover_final-775x1024.png)
A Beginner’s Guide to Circuits
First steps in circuit design for the budding electrical engineer. San Francisco, CA (October 25, 2018)—A Beginner’s Guide to Circuits ($17.95, 80 pp., October 2018) introduces beginners to the magic of electronics. With easy-to-follow instructions, it's sure to be the perfect...
Continue Reading![Run Windows applications on Android Run Windows applications on Android](https://www.electronics-lab.com/wp-content/uploads/2018/10/exagear.png)
Run Windows applications on Android
ExaGear is a virtual machine that allows you to run Windows PC applications on ARM Android devices and ARM Chromebooks. Play your favorite old-school games and use your daily PC apps on your phone, tablet or Chromebook - fast and easily. Our unique technology lets you use all of your...
Continue Reading![Short on MLCCs? Choose Panasonic Polymer Series Short on MLCCs? Choose Panasonic Polymer Series](https://www.electronics-lab.com/wp-content/uploads/2018/10/Short-on-MLCCs-Choose-Panasonic-Polymer-Series-OEMsecrets-586x1024.png)
Short on MLCCs? Choose Panasonic Polymer Series
*Only infotainment or non-safety critical circuits Panasonic has expanded the CS, CT, and CX SP-Cap series to include higher voltage caps with range up to 35V. The newest additions to the SP-Cap product line features high voltage, low profile, high-temperature reflow, and...
Continue Reading![Miniature NanoPi Duo2 Board With Camera Connector Miniature NanoPi Duo2 Board With Camera Connector](https://www.electronics-lab.com/wp-content/uploads/2018/10/duo2_03-900x630.jpg)
Miniature NanoPi Duo2 Board With Camera Connector
FriendlyElec has launched an upgraded miniature $20 “NanoPi Duo2” board that updates the original Duo with an Allwinner H3, Bluetooth, a camera connector, and an optional 2G carrier board. NanoPi Duo2 has two 16-pin GPIO headers with breadboard pins in a dual-in-line layout. The...
Continue Reading![Hardkernel ODROID-H2 with Intel Celeron J4105 To Launch soon Hardkernel ODROID-H2 with Intel Celeron J4105 To Launch soon](https://www.electronics-lab.com/wp-content/uploads/2018/10/hardkernel_odroidh2_front.jpg)
Hardkernel ODROID-H2 with Intel Celeron J4105 To Launch soon
Hardkernel started working on an ODROID x86 board since last year, and the board was slated to launch later in 2017 according to the CEO in an interview published in ODROID magazine. After several repetitions, procedures, and processors considerations, the ODROID-H2 is set to become...
Continue Reading![AVR-IoT WG development board AVR-IoT WG development board](https://www.electronics-lab.com/wp-content/uploads/2018/10/AC164160-AVR-IoT-WG-Angle-Transparent-1024x576.jpg)
AVR-IoT WG development board
Microchip released a new IoT Development board, the AVR-IoT WG with part number: AC164160 The AVR-IoT WG development board combines a powerful 8-bit ATmega4808 MCU, an ATECC608A CryptoAuthentication™ secure element IC and the fully certified ATWINC1510 Wi-Fi® network controller...
Continue Reading![TruffleBot Sniffs Out and Accurately Identifies Specific Chemical Odors TruffleBot Sniffs Out and Accurately Identifies Specific Chemical Odors](https://www.electronics-lab.com/wp-content/uploads/2018/10/MzE1OTY2MA-1024x616.jpeg)
TruffleBot Sniffs Out and Accurately Identifies Specific Chemical Odors
TruffleBot identifies smells by measuring small changes in air pressure and temperature. By Megan Scudellari An electronic nose typically identifies odors by detecting the “fingerprint” of a chemical compound across an array of sensors monitored by pattern-recognition software....
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