View allAll Photos Tagged esp32
Further progress made. Changed out basic thermistors for a waterproof digital "1-Wire" temperature sensor for the tank and another I2C connected Temperature & Humidity sensor for the room.
And I finally incorporated my mock up display to the real thing. The above is showing the aquarium temperature in the larger green font while the smaller text along the bottom in black are the room temperature and humidity.
I still need to decide which MCU board is going to be my final configuration so I can put this in some sort of enclosure (instead of on a breadboard as shown).
www.instagram.com/scarletvictoria.visions/ in the fires.
For whatever reason I've been wanting to go back and post a bunch of stuff I'd held back for later posting from a while ago.
Kodak would advertise "Take a picture, make it last longer" which is kinda untrue for your vacation photos because your memory becomes the photo. But here, yeah, every time I pull these up, it's extending the magical moment of creation into an eternity.
Lightpainting details: Fire effect on my homebrew ESP32 board running WLED driving a flexible LED strip
ESP32-S3 TFT Feather knockoff. Bought this one from AliExpress. Running CircuitPython and wanted to see what how showing an actual photo looked. In person it looked better than shown here and looked pretty good for a 1.14" 240x135 screen.
Nintendo, dünyanın en küçük Game Boy Color klonunu üretti. Ancak bu anahtarda bile taşınan konsol ile oyun oynamak gözlerinize hasar verebilir.
Nintendo, efsaneleÅŸmiÅŸ el konsolu Game Boy‘u farklı ÅŸekillerde üretmeye devam ediyor. SprimeTM adlı donanım ve yazılım hackeri kendi çabaları ile d...
www.turkgame.com/bu-game-boyu-anahtarliginizda-tasiyabili...
ESP32 WiFi, DHT22 for temperature and humidity, a BMP280 for air pressure and a SCD30 air quality (CO2) sensor form the heart of my new room temperature controller with Nextion 7" display (the black/red/blue/yellow wires)
Class 55 Deltic in BR Blue livery.
Featuring engine sounds and horn using an ESP32 and controlled by a PU Remote.
Decals by Fox Transfers
The Pmod ESP32 provides an easy and cost effective way to add wireless communication to any host platform or project.
Class 66 in EWS Livery.
Controlled by an ESP32 which connects to a Lego PU remote. The ESP32 controls the lights motor and sound based.
It is powered by a 3S Lipo and 2 PF L motors drive the MS Disc wheels with a 20:12 drive ratio.
The LEDs are from Light My Bricks and automatically change based on direction of travel.
The engine sound is relative to motor speed and it has a two tone horn! There are 2 speakers mounted in the fuel tank.
Decals are O gauge from Fox Transfers.
Class 66 in EWS Livery.
Controlled by an ESP32 which connects to a Lego PU remote. The ESP32 controls the lights motor and sound based.
It is powered by a 3S Lipo and 2 PF L motors drive the MS Disc wheels with a 20:12 drive ratio.
The LEDs are from Light My Bricks and automatically change based on direction of travel.
The engine sound is relative to motor speed and it has a two tone horn! There are 2 speakers mounted in the fuel tank.
Decals are O gauge from Fox Transfers.
Sorry for the techno nerdy picture. The excuse is I purchased some extension rings and wanted to try it on something. This is an ESP32 (32 bit processor) board. We use these devices in some of our projects. The board measures 50mm by 28mm. The image is a focus stack of 10 images done in camera.
(Peter)
ak_riduh from 2023
Strobist details: There's a TT600 at minimum power to the right with a 1/2 CTO gel with a softbox, a steel blue gel on a TT600 to the left with a softbox, both of them triggered with an XProO. The pinkish strip is powered by my little 12v power supply and the blue strip was a NeoPixel strip with my little WLED ESP32 board. Oh yeah and there's some reflective sheeting on the floor.
Class 66 in EWS Livery.
Controlled by an ESP32 which connects to a Lego PU remote. The ESP32 controls the lights motor and sound based.
It is powered by a 3S Lipo and 2 PF L motors drive the MS Disc wheels with a 20:12 drive ratio.
The LEDs are from Light My Bricks and automatically change based on direction of travel.
The engine sound is relative to motor speed and it has a two tone horn! There are 2 speakers mounted in the fuel tank.
Decals are O gauge from Fox Transfers.
New project with three ADS's on a board. meant to be able to measure 16 EEG channels, skin conductance and a couple of ECG/EMG channels.
Put this together to add as a photo for a review of these parts I ordered. Figured the custom text would show it was a real review and not a bot of some sort as can often be the case for a lot of low cost stuff.
The small and very affordable microcontrollers available these days are great. Development tools are free to download, the boards themselves are only a few bucks, and the newer ones are often WiFi and Bluetooth capable.
While displaying the date here doesn't look very exciting, under the hood that little purple board is connected to my home WiFi (you can see the antenna trace on the left side) and was fetching the time from an internet world time API.
20240510_210447
Still got some photos from this shoot to drop into my feed every so often. I like the way this particular setup came out because I love how the light from light strip held against a person travels around their skin very uniquely and people from above is really kinda fun.
Strobist details: There's a TT600 at minimum power to the right triggered with an XProO. I soldered up a board with an Adafruit ESP32 v2 Feather to drive an Adafruit RGBW 4000k LED fake neon strip. And then it's running WLED and I controlled that part via my phone. I still ended up shooting at ISO 3200 and 1/13s shutter.
British Rail Class A4 "Union of South Africa" 60009 with synchronised sounds.
Controlled by an ESP32 which connects to a Lego PU remote. The ESP32 controls motor and sound.
It is powered by a 3S Lipo and 2 L motors (1 PF and 1PU) drive the XXL Disc wheels with a 1:1.8 drive ratio.
The exhaust sound is relative to wheel position - it is measured by the ESP32 using the rotary encoder in the PU L Motor. There is a speaker mounted in the smoke box.
Sounds include, exhaust, injectors, whistle, cylinder cocks, coal shoveling and safety valve. The ESP32 simulates water, steam and coal usage to determine when to play sounds.
Decals are O gauge from Fox Transfers.
Electronics schematic for 6DOF motion sim with BLDC motors using positioning by internall hall sensors
Just received two new boards with three ADS1299 converters and soldered the Huzzah ESP32 onto it. Completely new design with the free KiCAD pcb design tool.
Nice model to experiment with my new Laowa 100mm f/2.8 macro lens. This photo was taken with aperture f/22.
First prototype of an 8 channel, 24 bit EMG amplifier. ADS1299 connects through SPI with the ESP32 board which sends data over WiFi to the host computer.
English Electric DP1.
Featuring engine sounds and horn using an ESP32 and controlled by a PU Remote.
Decals by Fox Transfers
English Electric DP1.
Featuring engine sounds and horn using an ESP32 and controlled by a PU Remote.
Decals by Fox Transfers
Class 66 in EWS Livery.
Controlled by an ESP32 which connects to a Lego PU remote. The ESP32 controls the lights motor and sound based.
It is powered by a 3S Lipo and 2 PF L motors drive the MS Disc wheels with a 20:12 drive ratio.
The LEDs are from Light My Bricks and automatically change based on direction of travel.
The engine sound is relative to motor speed and it has a two tone horn! There are 2 speakers mounted in the fuel tank.
Decals are O gauge from Fox Transfers.