Four white LED uplights on wall, in the dark.
A powerful LED mounted in a small plastic case, used as downlight in a window post.
Two LED downlights mounted under shelf, lighting up desk.
My old desk lit up by a couple of LED downlights.
Looking straight at two high power 10mm yellow LEDs.
Warning LED lights with two 10mm yellow LEDs.
Multiple warning LED lights lit.
Warning LED light with three powerful 10mm yellow LEDs.
Warning LED light complete with LEDs.
Soldering the cathode pins together, and a resistor for each LED on the anode.
10mm LEDs mounted in case.
Case for three 10mm LEDs, just missing the LEDs.
Raspberry Pis with power supply on computer rack shelf. Arduino with MQ-2 sensor and AVR STK500 can be seen in the foreground.
Raspberry Pis with power supply, Arduino with MQ-2 sensor and AVR STK500 development board. All on a shelf in my computer rack.
Three Raspberry Pis in acrylic case with power jack to micro USB adapters.
Three Raspberry Pis in acrylic stack case, one RPi with PiFace mounted on DIN rail. All connected with power jack micro USB adapters.
Three Raspberry Pis in acrylic stack case, one RPi with PiFace mounted on DIN rail.
Power distribution from supply splits into four power jacks with micro USB adapters.
The Raspberri Pis are powered by a 5V 25A power supply.
Front of three Raspberry Pis stack in acrylic case. Lowest is is RPi 1, the two other are RPi 3.
Three RaspBerry Pis stacked in acrylic case. Connected with power jack to micro USB adapters.
My old computer desk, with a LED downlight behind my Dremel tool.
My old computer desk with a single self-made LED downlight.
A high power 10mm LED in a self-made downlight.
A school project from when I attended technical college, a portable alarm system with motion and smoke sensors and a camera.
Kitchen cabinet lit by self-made LED lights.
Self-made LED lights at the top of kitchen cabinet.
Self-made LED lights installed in kitchen cabinet.
Looking straight at four warm white LEDs in light.
LED lights with four warm white LEDs.
Four high power 10mm LEDs mounted in plastic case.
A fuse, indicator LED and switch for the kitchen cabinet LED lights.
I made a simple box with a switch and fuse for the kitchen cabinet LED lights, this is the inside.
A bonsai tree lit by a green LED light in the flower pot.
A green LED in a flower pot, shining green light on the plant.
LED light illuminating on a wall decoration mask.
Four self-made LED uplights mounted in a rising line on the wall.
UV LED lit and casts single light beam up from uplight.
One UV LED in wall mounted self-made LED uplight.
The two white LEDs in uplight create a cool shape on the wall.
Two white LEDs in wall mounted self-made LED uplight.
Two white and one UV LED in self-made LED uplight.
Self-made LED uplight mounted on the wall.
Four UV LED uplights on wall, in the dark.
A portable voltage regulator, converts 9 to 20 VDC to 5V.
LED lights mounted in my kids play kitchen.
Mounted a LED strip on my nephews play kitchen.
My nephews play kitchen, with LED lights.
LED strip mounted behind TV, for bias lighting.
TV with bias lighting with LED strip.
LED strip behind TV, to create bias lighting.
Testing LED strip.
LED strip with wire soldered.
Stacklight with yellow light lit, next to a bottle of whisky.
A MQ-2 gas/smoke sensor connected to an Arduino UNO board.
Front LED lights on RC car, in the dark.
Front and rear LED lights visible on RC car.
Front of the RC car with LED lights lit.
Front of the RC car with new LED lights, in the dark.
Front of RC car, with new LED lights installed.
Closeup of new front LEDs for RC car, inside chassis.
Installed the new front LEDs for RC car.
Testing the new front LEDs for RC car.
Soldering new front LEDs for RC car.
Inside the chassis of RC car, wire harness for lights.
Inside the chassis of RC car, front lights.
RC car with rear lights.
RC car with original lights front.
Got myself another small table to increase my work surface, and put the soldering iron on the shelf.
My electronics corner, with lamps from IKEA and tool wall. Ready to go!
This is how the electronics corner ended up in the end, with new shelves and a small table.
It is important to have tools within arms reach, this is my tool wall.
Another photo of my electronics corner/lab, with more equipment this time. Lit by Hue from Philips.
Test board for ribbon cable to pin header.
Four 10mm warm white LEDs mounted in a plastic case.
Inside plastic case with four 10mm warm white LEDs.
Bluetooth transmitter module with new power cable, old connector opening filled with hot-glue.
Electronics, computers, tech and other geeky stuff by Thomas Jensen aka Hebron
Content licensed under CC BY-SA 4.0.
Made in Norway
Deployed: 19 hours ago