Oye, una pregunta para los arduiners ¿Cómo pasáis del prototipo en la protoboard a uno final? Es decir, sin la maraña de cables colgando y temblequeantes.
Veo tutoriales y tutoriales, y nunca un producto de uso real.
#OpenSource #Arduino/#RapberryPi/#Python/#Linux-controlled fraction #collector/#MALDI mass #spectrometry spotter for #proteomics:
-#Peltier thermo-electric cooling module
https://doi.org/10.1016/j.ohx.2022.e00305
#chemistry #DIYbio #lab #instruments #MS #LC #HPLC #chromatography #analytics
#analytics #chromatography #hplc #lc #ms #instruments #lab #diybio #chemistry #peltier #proteomics #spectrometry #collector #Arduino #OpenSource
A low-cost, #Arduino-based #OpenSource smart #FractionCollector for isocratic preparative liquid #chromatography:
https://doi.org/10.1016/j.ohx.2023.e00462
#DIYbio #lab #instruments #robotic #SamplePrep #automation
#automation #sampleprep #robotic #instruments #lab #diybio #chromatography #fractioncollector #OpenSource #Arduino
#SPOT: #OpenSource Scanning Plant #IoT facility for mobile high-throughput #plant #phenotyping:
-10x10 ft scanning region
-hyperspectral sensor
-thermal camera
-#LiDAR camera
-#Arduino- & #Python-controlled
https://www.sciencedirect.com/science/article/pii/S2468067223000755
#DIYbio #biohacking #lab #instruments #imaging
#imaging #instruments #lab #biohacking #diybio #Python #Arduino #lidar #phenotyping #plant #IOT #OpenSource #spot
Having some fun making simple robots again. This time messing around with a cheap #Arduino compatible microcontroller called a Seeeduino Xiao and acouple of 3d printed linear actuators to make an XY motion I can use for simple eyes. Next week I should be getting a pixy2 camera module that will let me track and follow objects. #robots
(Alt: two pupils drawn on a rectangle of cardboard look around, camera pans round to show the 3d printed mechanism, batteries and chip)
An #Apanthropist #Geek who enjoys #AmateurRadio using #Computers with #Linux and #Tinkering & #Hacking with #Electronics #Arduino & #RaspberryPi
Interested in #Maths #Science #Technology
I enjoy #Singing as a #Tenor and making noises with with #Organ & #Synth
I love #Greyhounds & #Lurchers as well as #Beer & #Chocolate
#raspi #Math #lurcher #greyhound #hamr #chocolate #Beer #Lurchers #greyhounds #synth #organ #tenor #singing #Technology #Science #maths #RaspberryPi #Arduino #Electronics #Hacking #tinkering #Linux #computers #AmateurRadio #geek #apanthropist #Introduction
#optoPlate-96: An #OpenSource #GUI to design high-throughput #optogenetic experiments with the optoPlate-96:
Paper: https://doi.org/10.1038/s41596-020-0349-x
GitHub: https://github.com/WeberSynBioLab/optoConfig-96
#DIYbio #lab #instruments #Python #Arduino #fluorescence #PlateReader #optogenetics
#optogenetics #platereader #fluorescence #Arduino #Python #instruments #lab #diybio #optogenetic #GUI #OpenSource #optoplate
#optoPlateReader (#oPR): An #OpenSource #Arduino-controlled #PlateReader that allows #automated #optogenetic stimulation & #spectroscopy in each well of a 96-well plate:
https://doi.org/10.1101/2022.07.13.499906
#DIYbio #biohacking #chemistry #lab #instruments #fluorescence #OD #LED #python #GUI
#GUI #Python #led #od #fluorescence #instruments #lab #chemistry #biohacking #diybio #spectroscopy #optogenetic #Automated #platereader #Arduino #OpenSource #OPR #optoplatereader
#Arduino-based wireless controllable #DIY #AtomicForceMicroscope for a fraction of the usual price:
https://stromlinet-nano.org
#DIYBio #AFM #hackerspace #BioTech #lab #instruments #microscopy #imaging #OpenScience #CitizenPharma #nanotechnology
#nanotechnology #citizenpharma #openscience #imaging #microscopy #instruments #lab #biotech #hackerspace #afm #diybio #atomicforcemicroscope #DIY #Arduino
TIL today - the enumerated values of OUTPUT, INPUT, INPUT_PULLDOWN in #Arduino are different depending on the target platform. This caused a problem in a project I'm working on. They're defined in Arduino.h, but for some reason are allowed to be customized.
Arduino emulator Right there in your browser ! :
https://wokwi.com/arduino/alpha-editor #arduino #emulator
New #Arduino library idea forming - bb_temperature
A multi-device (with auto-detection of course) library to support all common temp/humidity/pressure sensors under a common API. Probably 7 or 8 common devices can all be treated equally.
Thoughts?
I made some good progress on my bb_imu library over the weekend. Most of the framework is in place and it can detect and initialize the seven most popular devices I'm familiar with: LSM9DS1, LSM6DS3, LIS3DH, MPU-6050, MPU-6886, BMI160, ADXL345.
#Arduino
Just submitted a request to add my bb_captouch library to the #Arduino Library manager:
https://github.com/bitbank2/bb_captouch
It auto-detects the 2 most popular graphics capacitive touch sensors used on LCDs (FT6x36 & GT911) and provides a consistent API to use either.
Prepping my bb_scd41 (Sensiron SCD4x CO2 sensor) library for submission to the #Arduino Library Manager. It's tested and works fine, but I need to write the Wiki and submit it. It's essentially the same code that I'm using in my CH32V003 Pocket CO2 project.
@ukuku yeah, I wounder if there's some good way to sync a threadmill's speed as analog speed input on an axis of a controller, so that would be possible to do with existing #VR headsets....
I mean that is possible with some #Arduino and stuff...
https://www.youtube.com/watch?v=xjXBE8Tt4kI
I'm working on 3 more libraries to add to the #Arduino Library Manager:
bb_ltr390
bb_scd41
bb_captouch
The code is in good shape, but they need documentation and examples. The LTR390 (visible+UV sensor) should be ready first.