There’s a deep sense of satisfaction that results from developing, building, testing, and ultimately using a circuit of your own design. It’s the creative process, after all, that attracts most electronics enthusiasts. Given the expense of components and tools relative to the price of finished electronics products, it’s difficult to rationalize the investment in time and energy simply to have a working device. However, whereas anyone can afford an electronic gadget, few can address the myriad challenges associated with the circuit development process.
Learn how to integrate 1-Wire temperature monitoring hardware with the Raspberry Pi. Read More...
Turn an ordinary lamp into a battery operated emergency light. Read More...
Our alarm clock journey continues with the melding of Fritzing and Arduino. Read More...
Build a better light intensity measuring device. Read More...
What can you do with a wireless Play Station controller? Read More...
Questions on a synthesis circuit, IC chips, grounding problems, resistor values (for light/dark), power supplies, and Kodak photoresist and developer are answered. Read More...
This low cost platform should be a part of every hobbyistâs arsenal. Read More...
May 01 - Hack an LED Desk Lamp Jim, In a Wiki article at: http://en.wikipedia.org/wiki/AA_battery it lists the ratings using 500mA for AA batteries of various types. Let’s…
March 07 - Events, Advances, and News RE: TECH Knowledge 2013, March Pg 10, “Slicing with sound” The photo comment says, “Artificial kidney stone with 150 m…
February 06 - Build Your Own PIC Trainer from Surplus Hi, Thanks for the interest in the Trainer. I design all my own PCBs with an archaic program (runs under…
February 02 - Build Your Own PIC Trainer from Surplus I loved this article on the PIC trainer and want to make one for myself. The only problem is I…
January 21 - The Desktop Contemplator I finally made the changes to the files and it is now downloading and running. I have no word back…