TinyLIDAR is a $15 LIDAR MCU Board based on STMicro VL53L0X Time-of-Flight Ranging Sensor (Crowdfunding)

LIDAR (Light Detection and Ranging) technology is used in autonomous car, drones, and some smartphones, in order to get an object position just like RADAR systems, but instead of using radio frequencies, it relies on infrared signals. High speed, long range LIDAR systems can cost several hundred dollars, but if you’d like to experiment with the technology, or your project would work just fine with 60 Hz scanning and a 2 meter range, tinyLIDAR could be a fun board to play with using Arduino compatible boards. TinyLIDAR specifications and features: LIDAR Sensor ST VL53L0X Time-of-Flight (ToF) ranging sensor 940nm laser VCSEL Up to 2 meters range Up to 60 Hz sampling rate even with Arduino UNO board Up to 3% accuracy with mm precision MCU – Unnamed dedicated 32-bit MCU (likely STM32) used to abstract the ST PAL API into simple I2C commands Host Interface – 4-pin I2C header; re-configurable […]

HT-01 “Helping Hand” Soldering Stand Comes with 6 Arms, a USB powered Fan

I have a “helping hand” in my office with two flexible arms and alligator clamps, and a magnifier that I use sometimes to solder or unsolder components more easily. The metallic arm are not always easy to put in the right position, and the base is not always heavy enough, but it does the job most of the time. But I’ve just come across with a helping hand station with 6 flexible gooseneck arms that may allow for more positions and easier setup, as well as hold a USB powered fan to such out fumes or blow them away, and/or a lamp. HT-01 soldering station features: Aluminum alloy base – 140 x 100 x 12mm (purple or black) 6x universal joint pipe of 300mm length with alligator clip 1  5V USB output regulator plate with two USB ports up to 5V/3A to connect fans 1x 5V USB Fan 1x Soldering […]

ABC: Basic Connections is a Book Listing Common Circuit Diagrams for Arduino Boards (Crowdfunding)

PighiXXX is known for their very useful and pretty pinout diagrams, but they’ve now created a book called “ABC: Basic Connections” comprised of a collection of easy to read circuit diagrams that shows you how to connect various circuits to your Arduino compatible board. The book is in file folder format, so you can easily remove the sheets you need during your project. While you can normally find pretty much whatever circuits you need on the Internet, ABC book’s diagrams looks very neat, and since it comes with 100 A5 pages of circuit diagrams such as LEDs, decoders, shift registers, 7-segment displays, mux/demux, light bulbs, DC motors, solenoids, relays and so on,  you may discover circuits you did not know you needed. Every page of the book also comes with a 0-1.es/xx short URL redirecting to an online tutorial for the circuit with information about the theory, component list, tips, […]

Visualizing Electronics Manufacturing Price Variation with Volume and Lead Time

Google Android Things developers announced a production hardware sample based on Intel Edison module: Android Things is focused on helping developers build production ready devices that they can bring to market. This means building custom hardware in addition to the app software running on the Android Things system-on-module (SoM). As a part of this effort we have released Edison Candle, the first in a series of production samples designed to showcase hardware and software designed to work together. The code is hosted on GitHub and the hardware design files are on CircuitHub. That’s what the Edison Candle looks like. It’s just demo hardware to show how to build a product with a system-on-module (Intel Edison) for Android Things with everything released in Github. You can also purchase the board on CircuitHub, but then I saw the price was around $356 for such a simple board (without Edison). That’s quite a […]

Toaster Breadboard Power Supply Supports 3.3V, 5V, and Variable 5V to 16 V Outputs

YwRobot MB102 is a popular power supply for breadboards delivering 5V or 3.3V to both power rails. Bradsprojects’ Toaster power supply offers similar functionalities but beside outputting just 5V or 3.3V, it also adds a 5V to 16V variable output, and takes 5V from its micro or mini USB port.Toaster board specifications: Input Voltage – 5V via USB Mini and USB Micro port Input Current (max) – 1Amp Output Voltage 1 – 3.3 Volts Output Voltage 2 – 5 Volts Output Voltage 3 – Variable 5 Volts to 16 Volts with potentiometer Protection – 1.1Amp Resettable Fuse Output Connection – Standard Dual Rail Breadboard 2.54mm spacing. Dimensions – 50mm x 25mm You just need a screwdriver and a multimeter to adjust the variable output to your requirement.The Toaster board can be purchased on Tindie for $10 + shipping. Jean-Luc Aufranc (CNXSoft)Jean-Luc started CNX Software in 2010 as a part-time endeavor, […]

Atomo is a Raspberry Pi Compatible Modular Electronics Prototyping System (Crowdfunding)

Atomo is a modular electronics protyping system comprised of four elements: Control, I/O, Power, and Connector, with the PCBs for each category color-coded with respectively red, blue, green, and black. The connector board connects power, I/O and control(ler) boards together in a way that’s supposed to be neater than most hand made prototypes. The whole ecosystem includes 15 different boards: Controllers with 26-pin Raspberry Pi compatible header 2 IO Module Controller (CM-M2K22-A) based on NXP Kinetis K22F MCU 4 IO Module Controller (CM-M4K64-A) based on NXP Kinetis K64F MCU 8 IO Module Controller (CM-M8K64-A) based on NXP Kinetis K64F MCU Connectors 8 IO Module Connector (GM_M8P2_A) – Dim: 145mm x 100mm; power up to 40V @ 64A 4 IO Module Connector (GM_M4P1_A) – Dim: 71mm x 100mm; power up to 40V @ 32A 2 IO Module Connector (GM_M2P1_A) – Dim: 71mm x 65mm; power up to 40V @ 16A 2 IO Module Low-Power Connector […]

$79 Digilent OpenScope Open Source Multi-function Programmable Instrument Works over USB and WiFi (Crowdfunding)

Digilent OpenScope is an open source, portable, multi-function programmable instrument used for capturing, visualizing, and controlling analog and digital signals, that works with your smartphone or computer over USB or WiFi, and it can also be used in standalone mode as a development board, like you would use an Arduino or Raspberry Pi board. OpenScope MZ key features and specifications: MCU – Microchip PIC32 MZ (MZ2048EFG124) MIPS Warrior M-class micro-controller @ up to 200 MHz with 2048KB flash, 512 KB RAM External Storage – micro SD slot Wireless Connectivity – WiFi module USB – 1x micro USB for power and programming over FTDI Programming / Debugging – micro USB port, programming header Expansion – 30-pin Fly Wire connector with: 2x scope channels with 12 bits @ 2 MHz bandwidth and up to 6.25MS/s sampling rate 1x function generator output with 1 MHz bandwidth and up to 10MS/s update rate 10x […]

MacroFAB FX Development Board is an Open source Audio Electronics Prototyping Platform (Crowdfunding)

A couple of years ago, I wrote about a Linux multi-effects guitar pedal, and if you are interested in such audio projects, another company called MacroFab, specializing in manufacturing & assembling PCBs & electronic device, has now designed open source FX development board for audio electronics prototyping, that can be used for audio effects “guitar” pedals, and let you design your own tones. Key features of FX development board: Potentiometers 9V battery holder ¼” Input and output jacks connected to breadboard True bypass 3PDT switch User selectable power supply connections Dual solderless breadboards with power rails selectable by jumpers Adjustable 9 V power supply Power supply with 2.1 mm dc input jack for use with AC-to-AC wall wart; +/- 15 volt @ 200 mA power supplies with over-current protection; +1.25 to 9 V @ 150 mA adjustable power supply; Split voltage rail (1/2*9 Volt Rail) @ 15 mA for use […]

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