Ruslan

Robotics engineer | Embedded & electronics STM32 / ATmega / PIC / ESP32 / Raspberry Pi

[川村製作所 @mo_ya_ne]

DC-DCコンバータが届いたので，すべてのモーターを24V電源につないで動作テスト．
RCサーボ3個，QDDアクチュエータ5個を同時に駆動することができた．
まぁこの段階では無負荷なので電流もたいしたことはない．
これはあくまでもプログラム的に動かせるかのテストだ．

[Ruslan @engineeruslan]

New wolf🤓

[Inside Computing @insidecomput]

🚀 Most people code software.

The top 1% design hardware that runs it faster.

Welcome to FPGA.

⚡ Parallel processing
⚡ Ultra-low latency
⚡ Fully customizable silicon

While others optimize code…
You redesign the machine.

This is how AI, trading, and aerospace get REAL speed.

Learn FPGA. Stay ahead.

#FPGA #RISCV #Hardware #Tech #AI

[ENGR FIX @engrfix1]

Stop Guessing! PCB Know Made Simple in 12 Seconds

[tech.explain @techexplain1]

Cyberdecks are taking over the internet right now

What are they and what are they actually used for?

[Ruslan @engineeruslan]

We passed the mission of the game with birds by adding a 2nd photoresistor and an actuator🦾.
Don't forget to share your thoughts in the comments section☺️.
#crocodilegame #embedded #robotics #engineer #explore

[Electrical Knowledge @electric_4u]

Active and passive components

[Ruslan @engineeruslan]

@NoShadow07 @electric_4u Thanks for usefull information

[Oleg Kutkov 🇺🇦 @olegkutkov]

Home lab progress.
Still a lot work to do and I'm waiting for some additional equipment to deliver, but the bench is currently usable.

[Ruslan @engineeruslan]

@olegkutkov Great job

[Ruslan @engineeruslan]

Just completed my PID-controlled Line Follower Robot!
Implemented OLED display + encoder control to tune Speed, Kp, and Kd in real time. After lots of testing and tuning, it’s finally running smoothly on the track.
#Robotics #PIDControl #LineFollower #EmbeddedSystems #Engineering

[Ruslan @engineeruslan]

Controlling a 12V LED using Arduino Uno, IR Receiver, Remote Control, LCD Display, and a 1-Channel Relay Module.
A simple example of wireless control and real-time feedback on LCD.
#Arduino #Electronics #EmbeddedSystems #DIY #IoT #Engineering

[Ruslan @engineeruslan]

Built a tiny tuning console for my Line Follower Robot using Arduino Nano, OLED and a rotary encoder.
Now I can adjust Kp, Kd and base speed live without reprogramming.
Testing the UI animation and Encoder before integrating the PID control.
#Robotics #LineFollower #PID

[Ruslan @engineeruslan]

What project do you think I can make using these components?Arduino Uno+LCD screen(İ2C)+DHT11+10k potentiometer.
#microcontroller #arduino #dht11 #lcd #explore

[Ruslan @engineeruslan]

We hacked an offline crocodile game with stm32, photoresistor and sg90 servo motor. So what would be your addition to this circuit?
#stm32 #photoresistor #sg90 #servo #Robotics #embedded #explore

[Ruslan @engineeruslan]

Prototype test.Infrared sensor triggering adaptive motor speed with pwm signal. Small logic, real hardware behavior,this is a great reminder of how responsive embedded systems can be.
Where would you apply this type of control?
#robotics #motors #pwm #infrared #embedded

[Ruslan @engineeruslan]

@NoShadow07 Thanks for your attention.Just i have one correction.Servos shouldn’t be driven with analogWrite(). They need timed pulses via the Servo library. The OLED throttling and faster I2C clock are good optimization tips though.

[Ruslan @engineeruslan]

I built animated robot face with Arduino Nano, SSD1306 OLED screen, and I2C protocol. Blinking eyes that bring it to life.Struggling to add servo motor integration for head movement, any expert tips on syncing it without lag? 🤔#Robotics #Atmega #Oled #İ2C #EmbeddedSystems

[Ruslan @engineeruslan]

🚀 From ideas to real prototypes: A new engineering space! 🛠️
Every great invention starts with a simple idea. But taking that idea from paper to circuits and codes and bringing it to life is the true art of engineering
Let's discover the technology of the future together!🇦🇿