Collaborate Disseminate
There are so many new cool MCUs coming out, and you want to play with all of them, but, initially, they tend to be accessible as bare chips. Devboards might …read more Continue reading Try Out MCUs With This Jumperable TSSOP20 Adapter
FPGAs are supremely flexible and powerful devices. However, they usually come in QFP or BGA packages that are altogether difficult for hobbyists to play with. The DIP-FPGA breakout board aims …read more Continue reading FPGA Breakout Board For DIP Package Shenanigans
If you follow the exploits of [Aaron Christophel] (and trust us, you should), you’ll know that for some time now he’s been rather obsessed with electronic price tags, specifically those …read more Continue reading A Handy Breakout Board For E-Paper Hacking
TFT technology might be ancient news for monitors and TVs, but it’s alive and well when it comes to hobbyist electronics and embedded devices. They’ve now become even easier to …read more Continue reading Universal TFT Display Backpack Helps Small Displays Shine
If you need to add one or two SMT chips to your breadboarded prototype, [Travis Hein] has you covered. He designed a set of small SMD adaptor boards for various SOIC, SOT23, and DPAC patterns using KiCad. He has released them as open source, so you can feel free to …read more
Continue reading SMD Breadboard Adaptors Skip Schematic, Goes Straight to PCB
While many of the Arduino platforms are great tools for gaining easy access to microcontrollers, there are a few downsides. Price and availability may be the highest on the list, and for those reasons, some have chosen to deploy their own open-source Arduino-compatible boards.
The latest we’ve seen is the Franzininho, an Arduino Gemma-like board that’s based on the ATtiny85, a capable but tiny microcontroller by Atmel in a compact 8-pin configuration. This board has everything the Gemma has, including a built-in LED and breakout pins. One of the other perks of the Franzininho over the Gemma is that everything …read more
If you’ve been hanging around microcontrollers and electronics for a while, you’re surely familiar with the concept of the breakout board. Instead of straining to connect wires and components to ever-shrinking ICs and MCUs, a breakout board makes it easier to interface with the device by essentially making it bigger. The Arduino itself, arguably, is a breakout board of sorts. It takes the ATmega chip, adds the hardware necessary to get it talking to a computer over USB, and brings all the GPIO pins out with easy to manage header pins.
But what if you wanted an even bigger breakout …read more
Continue reading Micro-ATX Arduino is the Ultimate Breakout Board
Anyone who’s made a PCB has encountered the conundrum of having to pay for space that you don’t use… for instance, designing a round PCB and seeing the corners go to waste. The solution? Smaller boards added to the blank spots.
One logical stumbling block might be that you simply don’t have a small PCB design ready to go. Latvian hacker [Arsenijs] created a resource of small PCBs that can be dropped into those blank spots, as well as a tutorial on how to combine the gerbers into a single panel.
Great minds think alike, and this guide is following …read more
Continue reading Use All that Extra Space with PCB Panelization
Way back in the before years when there were still interesting concepts for reality TV, Nate Seidle blew up a power supply in his dorm room. Instead of finding replacement parts, Nate decided to start a company. For the last decade and a half, SparkFun has grown immensely, been an incredible resource for makers and engineers alike, and shipped out hundreds of thousands of their iconic red boxes.
Being the CEO of a company means you need to do CEO stuff, and a few summers ago Nate the CEO became Nate the Engineer once again. SparkFun is still doing great, …read more
Continue reading SparkFun Gets Back To Their Roots With SparkX
Wanting to experiment with using optical mouse sensors but a bit frustrated with the lack of options, [Tom Wiggins] rolled his own breakout board for the ADNS 3050 optical mouse sensor and in the process of developing it used it to make his own 3D-printed optical mouse. Optical mouse sensors are essentially self-contained cameras that track movement and make it available to a host. To work properly, the sensor needs a lens assembly and appropriate illumination, both of which mate to a specialized bracket along with the sensor. [Tom] found a replacement for the original ADNS LED but still couldn’t …read more
Continue reading DIY Optical Sensor Breakout Board makes DIY Optical Mouse