Jeremy Cook writes on the Tindie blog about this IR receiver board by Atomsofttech:
When you think of a “universal remote,” you generally picture an infrared (IR) emitter that can be setup to control your TV, AV receiver, and any other number of devices that work using IR signals. On the other hand, what’s to keep someone from doing the opposite, and having a universal receiver that can be programmed to accept codes from a remote that you just have lying around?
Watch the receiver board in action:
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Clovis Fritzen designed this Arduino-compatible, vertically-mountable board that exclusively uses through-hole components:
I personally love the concept of electronic boards connected in “slots” (vertically attached to a horizontal board), like most industrial-grade PLC’s or even our desktop’s expansion cards (video, sound memory): it saves a lot of space and adds more functions to the system, all at once!
The PCB is for sale on Tindie:
Vertically mountable Arduino – PCB only
This is an Arduno-Nano compatible controller that can be vertically mounted to bredboards and boards
Adam Fabio created this analog gauge to show your computer’s CPU utilization:
The goal of this project was to build an analog gauge to display computer CPU utilization. I’ve always been fond of classic analog gauges. Most CPU Gauges are either digital on screen displays, or implemented with an LCD mounted in a drive bay
The goal of this project was to build an analog gauge to display computer CPU utilization. I’ve always been fond of classic analog gauges. Most CPU Gauges are either digital on screen displays, or implemented with an LCD mounted in a drive bay.
I’d always wanted a CPU gauge for my computer. Ok, and a bandwidth gauge for my router. You name it, I want a nice analog gauge for it. It always seemed a bit silly to use an true galvanometer based analog gauge for signals that are inherently digital.
The board is available on Tindie:
Tiny stepper motors for analog gauges and the like!
Kevin H. Patterson designed this solution for trailer light wiring after installing a towing hitch on his vehicle:
This is a power module designed to control trailer lights based on signals from your vehicle’s lighting circuits. Most vehicles have at least 4 separate circuits: Running (Tail) Lights, Brake, Left Turn, and Right Turn. Most basic trailers have a 4-wire connector with only 3 signals: Running (Tail) Lights, Left Turn, and Right Turn. The trailer does not have a separate circuit for Brake lights; applying the Brake is supposed to light up both the Left and Right Turn signals together.
The board can be purchased on Tindie:
4-Line to 3-Line Combining Tail Light Power Module for 12V Systems
Jakub Polonský of Kaktus Circuits created this programmable electronic load that sits on top of an Arduino:
Electronic loads are used to draw power from a source at either a constant current or a constant voltage. This comes in useful for things like battery discharge testing or making sure that PCB you designed can actually power those motors without releasing the all important magic smoke.
The kit is sold on Tindie:
MightyWatt turns your Arduino Uno R3, Arduino Zero (M0/M0 Pro) or Arduino Due into an electronic load capable of dissipating 70 Watts in a very small form factor. Ideal for testing power supplies, batteries, fuel cells or power amplifiers.
Design files and source are shared on GitHub:
Shane Ormonde wrote on the Tindie blog:
Vinduino is one of those projects that set out to solve a really big problem which straight away makes it interesting. Reinier van der Lee wanted to use the least amount of water possible for irrigation in his southern California vineyard.
Hence the Vinduino project was made to be a relatively low cost system to help save on water use. It is also solar powered, further reducing its impact on the environment.