16. #Breadboard_Power_Supply_Module 3.3V 5V
A simple module to power your breadboard. It supplies both 3.3V and 5V. This is specially useful to power up your breadboard circuits from an external power supply.
@siraj_hu
http://t.me/sirajhu
A simple module to power your breadboard. It supplies both 3.3V and 5V. This is specially useful to power up your breadboard circuits from an external power supply.
@siraj_hu
http://t.me/sirajhu
17. #HC_SR501_Pyroelectric_Infrared_Sensor Module
A PIR sensor is a little module that allows you to detect movement from humans or pets. It’s easy to integrate with your microcontroller. You can learn here how to use this module with an Arduino.
@siraj_hu
http://t.me/sirajhu
A PIR sensor is a little module that allows you to detect movement from humans or pets. It’s easy to integrate with your microcontroller. You can learn here how to use this module with an Arduino.
@siraj_hu
http://t.me/sirajhu
18. #Accelerometer_Module
This module measures the acceleration. It’s commonly used in portable devices and video game controllers to detect movement and actions from the player.
@siraj_hu
http://t.me/sirajhu
This module measures the acceleration. It’s commonly used in portable devices and video game controllers to detect movement and actions from the player.
@siraj_hu
http://t.me/sirajhu
19. #DHT11_Temperature_and_Humidity Sensor
It’s a great little sensor to measure temperature and humidity in your room or outside. It integrates seamlessly with the Arduino. You can learn here how to use this module in your project.
@siraj_hu
http://t.me/sirajhu
It’s a great little sensor to measure temperature and humidity in your room or outside. It integrates seamlessly with the Arduino. You can learn here how to use this module in your project.
@siraj_hu
http://t.me/sirajhu
20 or 21. #RF_433MHz_Transmitter_Receiver
If you need data sent from one microcontroller to another, the 433MHz link modules are a cheap way to do that (all data is sent via Radio Frequency). Here’s the complete guide on how to use the 433MHz transmitter and receiver with the Arduino.
@siraj_hu
http://t.me/sirajhu
If you need data sent from one microcontroller to another, the 433MHz link modules are a cheap way to do that (all data is sent via Radio Frequency). Here’s the complete guide on how to use the 433MHz transmitter and receiver with the Arduino.
@siraj_hu
http://t.me/sirajhu
Hey there 👋, @borodutch from Voicy here. Exciting news—I've just rolled out a new project called lunchbreak.com!
Lunchbreak turns your inbox into a money-maker. Imagine charging folks to drop you a message—that’s our big idea.
You can also swap 'lunch table seats' with others. Buy a seat early, and if that person's inbox gets hot, you could cash in as their popularity grows.
And get this: sign up and you'll snag a referral link. Share it with your friends, and you'll earn 2% on all the money moving in and out of your referrals. Pretty sweet way to earn some extra cash, right?
Come check it out and see how you can start making your inbox pay off at lunchbreak.com! I've launched it today and already made $100 in my table seat sale fees 🚀 My portfolio is already over $1700 and I didn't do much. Be early until it's too late.
P.S., if you have any issues, questions, or partnership opportunities, feel free to join our chat: t.me/+g9pbNN-QDFliMDlh 🚀🚀🚀
Lunchbreak turns your inbox into a money-maker. Imagine charging folks to drop you a message—that’s our big idea.
You can also swap 'lunch table seats' with others. Buy a seat early, and if that person's inbox gets hot, you could cash in as their popularity grows.
And get this: sign up and you'll snag a referral link. Share it with your friends, and you'll earn 2% on all the money moving in and out of your referrals. Pretty sweet way to earn some extra cash, right?
Come check it out and see how you can start making your inbox pay off at lunchbreak.com! I've launched it today and already made $100 in my table seat sale fees 🚀 My portfolio is already over $1700 and I didn't do much. Be early until it's too late.
P.S., if you have any issues, questions, or partnership opportunities, feel free to join our chat: t.me/+g9pbNN-QDFliMDlh 🚀🚀🚀