Dave shows some techniques on how to build and mount usable PCB based front panels user interfaces with LCD displays and push buttons and capacitive touch buttons onto small cheap extruded aluminium enclosures.
EEVblog #644 – How To Design Front Panels On Extruded Enclosures – [Link]
kurtscottage @ youtube.com writes:
In this video I’m showing you how I built some solar panels from start to finish I tried to make it as detailed as possible. These panels cost me very little to build and are fun projects for everyone. This is just one way of doing this there are lot’s of others doing this and good videos out there. Presently I’m using my panels at a job site where there is no electricity available they are running my RV off the grid. These panels are not encapsulated but they work well and low cost not for on roof installation best to be close to ground for inspection.
Homemade Solar Panels Diy tutorial – [Link]
By Darren Quick @ gizmag.com:
After unveiling the world’s first flexible OLED TV at CES earlier this year, LG has gone a step further with the unveiling of two new 18-inch OLED panels: the first is a transparent display, while the second can be rolled up. Although both fall short of the 77-inch flexible TV on show at CES, the company says the new panels prove that it has the technology to bring rollable TVs with screens in excess of 50 inches to market in the future.
LG “rolls out” latest flexible and transparent OLED panels – [Link]
Dave shows how the assemblers will production test the µCurrent PCB panels using his new test jigs. And he will does a trial run on 50 µCurrent PCB’s to determine the average testing time. What will take the longest – PCB testing, or wrapping, or packaging?
EEVblog #588 – How To Do PCB Production Testing – [Link]
Vishay has introduced a new concept in panel mounted potentiometers. The innovative design intended for military, (professional) audio and industrial applications consists of a knob driving and incorporating a cermet potentiometer and a switch. Only the mounting hardware and terminals are situated on the back side of the panel reducing to a minimum the required clearance.
The new potentiometer with a value ranging from 22 Ω to 10 MΩ is available as a cermet device for military applications (P16S) or with a conductive plastic element for audio applications (PA16S). The cermet version can dissipate 1 W, the plastic version 0.5 W. With its hermetically sealed case (IP67) the potentiometers require a mounting clearance of only 15 mm. The knobs can be plastic or metal, custom knobs are available on request. [via]
Knob Panel Potentiometer with Switch – [Link]
For the last year I’ve been working on a prototype for a Solar Inverter that can be Grid Intertied. A solar inverter takes the 12V DC (or other voltages) from the solar panels and converts it to 120V AC which is the power that most of your household appliances use. A Grid-Intertied inverter allows you to feed that power back into power grid (your house power) to help power your household appliances.
My goal was to design a small inverter, about 100W, that could be used with one solar panel and could be grid intertied. My second prototype (pictured above) has achieved these design goals. So on these web pages I’m going to document the design of the hardware and the software of my solar inverter. I’m releasing these designs to public without restrictions. All I ask is that if you use any of my design that you credit me and add a link back to this website. I hope these designs will help further the work of other people in this area.
Solar Grid-Intertie Inverter – [Link]
2 Watt Solar Panel Powers Bike Sharing @ Voltaic Systems – [via]
Social Bicycles released their revamped design for their bike sharing platform. It is a “GPS-enabled bike that you can find and unlock using your mobile phone.” What we like about it is that it enables companies, organizations and institutions of any size to easily create and manage their own bike share program. We think it also provides a great user experience.
The GPS locator and lock are powered by a battery system which is in turn powered by a dynamo and our 2 Watt solar panel. i.e. if the bike isn’t in motion for several days, the battery is going to stay powered up and transmitting its location.
2 Watt Solar Panel Powers Bike Sharing – [Link]
Building your own commercial-grade daisy chained solar array has never been easier. Check out this step-by-step video from our friends at Parallax and learn how you can build your own 30 watt solar power station with the Parallax 33000.
Build Your Own 30 Watt Solar Panel – [Link]
Steve Lodefink shows us this awesome World Control Panel he built with his son. [via]
My son Harlan and his friend love to play “agents” and he asked me if we coud build “a panel that has a bunch of switches that turn on some random lights”. We worked on it for about 3 weeks, and this is what we came up with. The panel boasts the following features:
World Control Panel – [Link]