Circuits for Fun have created a new product that will change the way you work with sensors and other electronic control interfaces, they have created a simple intuitive plug and play platform that will help standardize the communication of all kinds of electronic components, itʼs called the Interactive Development Kit, they recently launched on Kickstarter and would love for you to check it out and see what you think, please check out the video and if you like the project we would appreciate any help you can give getting the word out so they can get the product out in the hands of creative people everywhere.
Interactive Development Kit - [Link]
Rajendra Bhatta writes:
The 12F series of PIC microcontrollers are handy little 8-pin devices designed for small embedded applications that do not require too many I/O resources, and where small size is advantageous. These applications include a wide range of everyday products such as hair dryers, electric toothbrushes, rice cookers, vacuum cleaners, coffee makers, and blenders. Despite their small size, the PIC12F series microcontrollers offer interesting features including wide operating voltage, internal programmable oscillator, 4 channels of 10-bit ADC, on-board EEPROM memory, on-chip voltage reference, multiple communication peripherals (UART, SPI, and I2C), PWM, and more. The following project board is designed for fast and easy development of standalone applications using PIC12F microcontrollers. It features on-board regulated +5V power supply, header connectors to access I/O pins, ICSP header for programming, a reset circuit, and small prototyping area for placing additional components.
PIC12F microcontroller project board - [Link]
Palma made a USB development board for the PIC18F2550. These chips are really popular, and there is a bunch of projects floating around the internet with them, even our own USB IR Toy, and USB LCD Backpack use them.
This board is basically a breakout board, with decoupling capacitors, and a USB jack. We like that all the broken-out pins are connected two 2 pins of the dual row female header, making it easier to connect one pin to a more then one external component.
You can also check out our PIC18F2550 Breakout Board, build in the “blade” style, having all the breakout pins on one side of the board.
PIC18F2550 USB development board - [Link]
This is an experiment board based on the new AVR ATxmega 128A1 microcontroller from Atmel. It features some nice gimmicks like an opto coupler, a RGB LED, a microSD card slot, infra red transmitter and receiver, USB, an external SDRAM and EBI extension header as well as a rotary encoder. The board has 6mil structures and hence is not home-producible (at least for the most of us). The board aims to be a general test bed for getting familiar with the new Xmega series. It could also be used as an application board.
It started out as a community project and I am about to spread about 100 pieces of this board into the crowd. We can expect some external contributions mostly in form of example code, which is rare at the moment. Although Atmel announced the MCU well over a year ago it is now that the first models become available in small quantities. This edgy character also establishes itself when it comes to the toolchain and programming tools and costs a lot of effort.
ATxmega128a1 development board - [Link]
This is a development board for the PIC18F2550, I designed this board inspired by the TP-2550 development board by Giovanni Lafebre (site is in Spanish). Main difference between the original and my design is the size, mine is 10×8 cm, so it has less elements. This is because I created this board using the free version of Eagle, so I adjusted to its restrictions. [via]
- 8 LEDs.
- 4 push buttons with pull-down 220Ω resistors.
- 2 potentiometers.
- 1 relay with an active LED indicator. For using the relay, you must provide an external power supply.
- 1 H bridge.
- 1 barrel connector for H bridge power supply.
- The board can be supplied from the USB or from an external supply (jumper selectable).
- 5V regulator onboard.
- ICSP port for PIC programming.
- Jumper for enabling/disabling programmer voltage. This allows for the programmer to be powered from the board supply, so we can have the programmer plugged to the board all the time.
Eaglefree PIC18F2550 development board - [Link]
Few month ago I wanted to try to write software for Microchip PIC16F883 microcontroller and I couldn’t find simple development board for it. And so I made my own.
It took me a couple of hours to design the board in Eagle and a couple more hours to make it with toner transfer method and solder it.
This development board is as simple as it gets. Just PIC16F883 controller in SO28W package, linear regulator with two selectable voltages 3.3V and 5V. Bunch of pinheaders connected straight to the MCU I/O pins, pinheaders for VCC and GND, and programming port.
PIC16F883 Development Board - [Link]
Inspired by the popularity of Arduino, Crownhill Associates introduced the Amicus development platform that uses an Arduino type development board but with a PIC microcontroller. While the board is compatible with the massive Arduino shields, the Amicus IDE is equipped with a powerful Proton Basic compiler. R-B from Embedded Lab reviews the Amicus platform in more detail in this post.
Amicus18: Arduino style PIC development board - [Link]
Seeed Studio launched an iPhone hardware development board call the Hijack development pack: [via]
Do we have any iPhone users here? What were you thinking when Google released ADK for Android devices? You probably want to have an equal chance to play your mobile devices with open source hardware as we did. The idea of connecting iPhone with those existing open source components is great and more importantly is achievable now with our Hijack Development Pack!
Here is a clue that what the main board of Hijack looks like. It’s a little tiny thing with cubic-inch size so that you can carry it to anywhere you like. But the project itself is a fully functional hardware/software platform for creating sensor peripherals for the mobile devices. The Hijack platform enables a new class of small and cheap phone-centric sensor peripherals that support plug-and-play operation. As we said, Hijack has been tested with the iPhone 3G/3GS/4, iPod Touch, and iPad devices.
Hijack development pack for iPhone - [Link]
The PICJazz 20PIN board from ermicro is designed to be used both as the Microchip PIC microcontroller learning and development board. The PICJazz 20PIN board is stand alone microcontroller module equipped with the latest 8-bit class Microchip midrange and high performance such as PIC16F690 or PIC18F14K50 microcontroller that could be used for wide range of applications including embedded controller, remote data logger, robotics and much more.
PICJazz 20PIN Learning and Development Board – [Link]
The AVRJazz Mega168 board from ermicro is designed to be used both as the AVR microcontroller learning and development board. The AVR Jazz Mega168 board is stand alone microcontroller module equipped with the latest Atmel high performance low power technology AVR ATMega168 or ATMega328 microcontroller that can be used for wide range of applications including embedded controller, remote data logger, robotics and much more.
AVRJazz Mega168/328 Learning and Development Board – [Link]