The NanoPi NEO is another fun board developed by FriendlyARM for makers, hobbyists and fans and costs $8. It is based on Allwinner H3, Quad-core Cortex-A7 Up to 1.2GHz and comes with DDR3 RAM: 256MB/512MB versions and USB and Ethernet connectivity.
NanoPi NEO is an $8 Ubuntu board – [Link]
atsamd11c14 Arduino zero compatible ARM M0 compact usb stick:
DiXi is atsamd11c14 based development board.
Onboard button and 7 segment display … or RGB led … I am now more decided for display
– edge connector
– nice compact shape like my Picoduino
DiXi – arduino sam D11 usb stick – [Link]
4 Channel RF remote built using PT2262 and PT2272-M4 IC from Princeton technology. PT2262 used as Encoder (Transmitter) and PT2272-M4 Decoder (Receiver) ICs are heart of the project. The receiver provides 4 channel Momentary outputs. All outputs are TTL level can be interface with other circuits or relay board. Transmitter works with 5V to 12V DC. Receiver works with 5V DC.
- Wide Range of Operation Voltage 5V to 12V Transmitter
- Supply 5V DC Receiver
- On Board Data Transmission LED
- Single Resistor Oscillator
- 4 Momentary Outputs
- 4 Outputs TTL Level
- Address setting 3 states HIGH, LOW, And FLOATING)
- Remote provides 6561 addressable combinations by setting up J1-J8 to High, Low, and Floating.
- On Board Power and Valid Transmission LEDS Receiver
- ASK Modulation
- RF link work on 433.92 MHz Frequency
- CMOS Technology
- Low Power Consumption
- Very High Noise Immunity
- Up to 8 Tri-State Code Address Pins
- PCB Dimensions Transmitter 36MM X 26.67MM
- PCB Dimensions Receiver 45.40 MM X 26.67
4 Channel RF Remote Controller – [Link]
FTDI first introduced its Arduino-compatible concept – aiming to reach a wider audience – by means of a crowdfunding exercise. The company now has full availability of the CleO product (and accompanying accessories) through its distribution partners, as well as directly via the company’s website. FTDI Chip will also give engineers complete access to a comprehensive development resource, which has step-by-step tutorials and projects, plus a series of software tools. In addition, a new forum has been set up ( www.CleOstuff.com) on which design tips, application ideas and other information can be shared.
Arduino-compatible touch-enabled display shield from FTDI – [Link]
Omniblox is a very good 3D Eagle .brd 3D viewer created by Benjamin D. Richards and David ten Have, but some script knowledge is needed to use it.
Looking to render printed circuit boards (PCBs)? Look no further. This script loads and renders them visually using a .brd file created by CadSoft EAGLE (version 6.0 or later).
There are a number of ways to render PCBs, but this script visualizes them as THREE.js models.
We’re still working on this, so the script isn’t 100% accurate. With that in mind, it’s probably best to use this as a visualization aid only — so don’t use it for to build anything ‘mission critical’ (for now…). And we’ve done our best to flag stuff that needs sorting.
Omniblox – Eagle BRD 3D viewer – [Link]
Tiny low current 9 VDC Regulated Power supply designed around bipolar transistor and zener diode. The circuit is known as series voltage regulator or emitter follower voltage regulator. The unregulated supply fed to input and the circuit regulate the voltage and provide constant 9V DC, 250mA. The zener diode provides the reference voltage to the base of the transistor. This is very suitable power supply for small projects as it can provide any supply output by changing just the zener diode.
Other output voltage can be obtained by changing the zener diode
Output Voltage Formula Vout=Vz-VBe
Vz=Zenner diode Voltage, VBe=0.7V
9 VDC Regulated Power Supply – [Link]
Raj @ embedded-lab.com has designed a new version of his Easy Pulse Sensor. This revision is an add-on board in mikroBus form factor, which enables easy integration with mikroElektronika‘s numerous development boards. It also operates on the principle of transmittance photoplethysmography applied to a fingertip using infrared sensors.
Easy Pulse mikro provides all necessary instrumentation and amplification on board to detect the cardiovascular pulse signal from the fingertip. The output is a nice and clean analog PPG waveform that is routed to the AN pin of the mikroBus connector. Currently, you can buy this sensor from our Elecrow Store.
Easy Pulse mikro – MikroBus form factor pulse sensor – [Link]
U.S. Department of Energy’s Lawrence Berkeley National Laboratory (Berkeley Lab) has developed a way to assemble transistors based on the 2D materials graphene and molybdenum disulfide. By Peter Clarke @ edn-europe.com
The method etches narrow channels in conducting graphene laid down on a silicon-dioxide substrate. These channels are then filled with a transition-metal dichalcogenide, or TMDC, or more specifically MoS2. Both of these materials have a 2D structure that is just one atomic layer thick. The synthesis method was able to cover an area a few centimeters long by a few a millimeters wide opening up the possibility of commercial-scale production in a wafer fab on a silicon wafer.
Berkeley Lab makes graphene-MoS2 transistor – [Link]