Happy New Year! 🎆
Here’s to everyone becoming the Robotics Engineers they aspire to be in 2025 😁—building the impossible and turning dreams into reality. We’ll be here to support you every step of the way. May this year bring you endless joy and success!
Best wishes,
Team JSrobotics ☺️
@arduino_hubb
Here’s to everyone becoming the Robotics Engineers they aspire to be in 2025 😁—building the impossible and turning dreams into reality. We’ll be here to support you every step of the way. May this year bring you endless joy and success!
Best wishes,
Team JSrobotics ☺️
@arduino_hubb
JSrobotics
⚠️ How NOT to fry your Arduino Uno #microcontroller #electronics #power @arduino_hubb
It's important not to fry Arduino as you may end up spending fortune to buy everytime 😅
Embedded LED 3D Printed Christmas Tree
This is a 3D-printed Christmas tree with embedded addressable LEDs inside. So it is possible to program the LEDs for nice light effects and using the 3D printed structure as a diffusor.
The tree is separated in 4 stages and a base element (the tree trunk) to make it easier to assemble and embed the LEDs during the prints. So in total 5 elements have to be printed.
https://www.instructables.com/id/Embedded-LED-3D-Printed-Christmas-Tree/
This is a 3D-printed Christmas tree with embedded addressable LEDs inside. So it is possible to program the LEDs for nice light effects and using the 3D printed structure as a diffusor.
The tree is separated in 4 stages and a base element (the tree trunk) to make it easier to assemble and embed the LEDs during the prints. So in total 5 elements have to be printed.
https://www.instructables.com/id/Embedded-LED-3D-Printed-Christmas-Tree/
Instructables
Embedded LED 3D Printed Christmas Tree
Embedded LED 3D Printed Christmas Tree: This is a 3D-printed Christmas tree with embedded addressable LEDs inside. So it is possible to program the LEDs for nice light effects and using the 3D printed structure as a diffusor.
The tree is separated in 4 stages…
The tree is separated in 4 stages…
JSrobotics
🚨LED Matrix - Arduino Project for Beginners 💡 #arduino #engineering #diy @arduino_hubb
📌 Simple project for beginners to better understand LED Matrix. I recommend trying it yourself.
Things you didn't know about Arduino!
☝️Arduino Uno is a controller based on the ATmega28 microcontroller, the platform consists of 14 inputs/outputs (6 of which are via PWM), 6 analog inputs, a 16MHz crystal oscillator, a USB port, a fast port, an ICSP port, and a reset button.
The word "Uno" means one in Italian. It's no coincidence that the creators of Arduino Uno tried to start a new era and a new flagship in the Arduino family of controllers with this new controller, and they succeeded. The reason is that Arduino Uno is much more compact, convenient, fast, simple, and of course cheaper than its other "brothers" in the Arduino family of controllers.
Briefly about Arduino Uno:
Microcontroller ATmega328
Operating voltage 5 V
Input voltage (recommended) 7-12 V
Input voltage (maximum) 6-20 V
Digital input/output 14 (6 of which are possible by KIM (Pulse Width Modulation)
Analog input 6
Current constant through input/output 40 mA
Current constant up to 50 mA for 3.3 Vk
Flash memory 32 KB (ATmega328) of which 0.5 KB is taken as a bootloader.
RAM 2 KB (ATmega328)
EEPROM 1 KB (ATmega328)
Frequency 16 MHz
In addition, the Arduino Uno device can be purchased from a USB or an organization source connected to it. In this case, if there are several sources, one of them is automatically selected.
The Arduino Uno controller is based on the ATmega328 microcontroller. This microcontroller has 32 kB of flash memory, of which 0.5 kB is reserved for the bootloader, in addition, 2 kB of RAM and 1 kB of EEPROM. Each of the 14 digital outputs can be configured as either input or output. This is done using the pinMode(), digitalWrite() and digitalRead() functions. Each output can drive a resistance of 20-50 kOhm and a current of up to 40 mA.
@arduino_hubb
☝️Arduino Uno is a controller based on the ATmega28 microcontroller, the platform consists of 14 inputs/outputs (6 of which are via PWM), 6 analog inputs, a 16MHz crystal oscillator, a USB port, a fast port, an ICSP port, and a reset button.
The word "Uno" means one in Italian. It's no coincidence that the creators of Arduino Uno tried to start a new era and a new flagship in the Arduino family of controllers with this new controller, and they succeeded. The reason is that Arduino Uno is much more compact, convenient, fast, simple, and of course cheaper than its other "brothers" in the Arduino family of controllers.
Briefly about Arduino Uno:
Microcontroller ATmega328
Operating voltage 5 V
Input voltage (recommended) 7-12 V
Input voltage (maximum) 6-20 V
Digital input/output 14 (6 of which are possible by KIM (Pulse Width Modulation)
Analog input 6
Current constant through input/output 40 mA
Current constant up to 50 mA for 3.3 Vk
Flash memory 32 KB (ATmega328) of which 0.5 KB is taken as a bootloader.
RAM 2 KB (ATmega328)
EEPROM 1 KB (ATmega328)
Frequency 16 MHz
In addition, the Arduino Uno device can be purchased from a USB or an organization source connected to it. In this case, if there are several sources, one of them is automatically selected.
The Arduino Uno controller is based on the ATmega328 microcontroller. This microcontroller has 32 kB of flash memory, of which 0.5 kB is reserved for the bootloader, in addition, 2 kB of RAM and 1 kB of EEPROM. Each of the 14 digital outputs can be configured as either input or output. This is done using the pinMode(), digitalWrite() and digitalRead() functions. Each output can drive a resistance of 20-50 kOhm and a current of up to 40 mA.
@arduino_hubb
Building a Laser Security System | DIY Electronics Project
In this video, a laser security system is built using simple electronic components. The system is designed to detect intrusions by interrupting a laser beam, which causes an alarm to be triggered. This method can be used for DIY home security or for learning about laser-based sensors.
https://youtube.com/shorts/A_ylSGromRo?feature=shared
In this video, a laser security system is built using simple electronic components. The system is designed to detect intrusions by interrupting a laser beam, which causes an alarm to be triggered. This method can be used for DIY home security or for learning about laser-based sensors.
https://youtube.com/shorts/A_ylSGromRo?feature=shared
YouTube
Building my own DIY Laser Security System #arduino #electronics #security #engineering
Media is too big
VIEW IN TELEGRAM
My 8-Bit Computer Runs Simple Animation Program