ESP32 GamePad Breadboard Circuit #gamepad #gaming #gamer #esp32project Maker 101 2023-07-04 | In this project (youtu.be/zOuCZpH0Dqg) we will first see how to build a breadboard gamepad circuit, and how you can communicate the circuit as a gamepad with an Android device, TV Box, PlayStation, and Computer. Next, you'll see what you can do by assembling a printed circuit board with a Bat-themed design and using both a Bluetooth gamepad and other communication options.
ESP32 Bluetooth GamePad Printed Circuit Board #gamepad #gaming #gamer #esp32project Maker 101 2023-07-04 | In this project (youtu.be/zOuCZpH0Dqg) we will first see how to build a breadboard gamepad circuit, and how you can communicate the circuit as a gamepad with an Android device, TV Box, PlayStation, and Computer. Next, you'll see what you can do by assembling a printed circuit board with a Bat-themed design and using both a Bluetooth gamepad and other communication options. @PCBWay
DIY Bluetooth GamePad for Android, PlayStation and PC Maker 101 2023-06-27 | Cheap & Quick PCB, 3D Printing, CNC machining, and fabrication services from PCBWay pcbway.com/g/v8fQIG - In this project, we will first see how to build a breadboard gamepad circuit, and how you can communicate the circuit as a gamepad with an Android device, TV Box, PlayStation, and Computer. Next, you'll see what you can do by assembling a printed circuit board with a Bat-themed design and using both a Bluetooth gamepad and other communication options. Source Code & Circuit File - pcbway.com/project/shareproject/DIY_ESP32_Bluetooth_GamePad_for_Android_PlayStation_and_PC_6757e6d6.htmlOn the circuit side, I preferred the low-cost ESP32 development board, which offers wireless communication options such as WiFi, Bluetooth, and ESP-NOW. Besides ESP32, a joystick module, button, resistor, capacitor, and some wires are required for the gamepad circuit. 📌 Set up the ESP32 to use it with the Arduino IDE. First, enter the shared Additional Boards Manager URL link for ESP32, then search and install the ESP32 board.raw.githubusercontent.com/espressif/arduino-esp32/gh-pages/package_esp32_index.json📌 The source code includes a popular library called "BLE GamePad". If you go to the GitHub page of the library, you can find detailed explanations and examples. Go to “Add Library” search for the “BLE GamePad” library and install it. This library also needs the library named “NIM BLE”.github.com/lemmingDev/ESP32-BLE-Gamepad
Soldering Process 👨🏻🏭 #pcb #soldering #robotics @PCBWay Maker 101 2023-06-09 | Soldering process of DIP components of ESP32 board that controls up to 16 Servo Motors, and testing with high-torque Servo.. Thanks to @PCBWay for low-price and high-quality PCBs
Servo Motor Control with ESP32 Development Board Maker 101 2023-06-09 | This video covers controlling one and multiple Servo motors using the ESP32 development board. Also, this video provides a step-by-step guide for the breadboard circuit setup with the Doit ESP32 Dev Kit V1 development board and MG996R Servo motor, as well as the assembly of a printed circuit board designed for multi-servo motor control. In addition, the shown breadboard circuit and printed circuit board minimize the jitter problem of Servo motors, making Servo motors work more stable.
One and Multiple Servo Motor Control with ESP32 - No More Servo Jitter! Maker 101 2023-06-05 | Cheap & Quick PCB, 3D Printing, CNC machining, and fabrication services from PCBWay pcbway.com/g/v8fQIG - This video covers controlling one and multiple Servo motors using the ESP32 development board. Also, this video provides a step-by-step guide for the breadboard circuit setup with the Doit ESP32 Dev Kit V1 development board and MG996R Servo motor, as well as the assembly of a printed circuit board designed for multi-servo motor control. In addition, the shown breadboard circuit and printed circuit board minimize the jitter problem of Servo motors, making Servo motors work more stable.📌 instructables.com/One-and-Multiple-Servo-Motor-Control-With-ESP32-De📌 pcbway.com/project/shareproject/Multiple_Servo_Motor_Controller_Board_DOIT_ESP32_DEVKIT_V1_c9c8165e.htmlAdditional Boards Manager URL:raw.githubusercontent.com/espressif/arduino-esp32/gh-pages/package_esp32_index.jsonServoESP32 Library:github.com/RoboticsBrno/ServoESP32
ESP8266 Web Server - DC Motor and Servo Motor Control Maker 101 2023-05-01 | Cheap & Quick PCB, 3D Printing, CNC machining and fabrication services from PCBWay pcbway.com/g/v8fQIG - In this project you will see how to build a web server with ESP8266 that controls dual DC motor directions and one servo motor position using four buttons and a slider. I will use the my last design DRV88xx Driver WiFi Development Board, but the source codes of the project are compatible for motor drivers such as L298N and L293D. Web Server Source Code - pcbway.com/project/shareproject/Dual_DC_Motor_and_Servo_Motor_control_via_Web_Server_ESP8266_DRV8848_Motor_Dri_c7110a50.htmlInstructables - instructables.com/DC-Motor-and-Servo-Motor-Control-Via-Web-Server-ESIf you need an ESP8266 WiFi Development Board that can drive Dual DC motors, you can order this PCB from PCBWay with high-quality and low-price. You can reach the features of this board, all stages such as soldering and assembly from the shared links.YouTube - youtu.be/51zCCg9-pcIPCBWay Project Page - pcbway.com/project/shareproject/ESP_12F_DRV88xx_Motor_Driver_Development_Board_bc4e7391.htmlInstructables - instructables.com/Line-Following-Obstacle-Avoiding-Drawing-Robot-ESP
ESP8266 Dual DC Motor - Servo Motor - IR and HC-SR04 Sensor Maker 101 2023-03-31 | Cheap & Quick PCB, 3D Printing, CNC machining and fabrication services from PCBWay pcbway.com/g/v8fQIG 👉🏻 PCB Files, Part List, Source Codes, 3D Parts and Designator - pcbway.com/project/shareproject/ESP_12F_DRV88xx_Motor_Driver_Development_Board_bc4e7391.htmlInstructables - instructables.com/Line-Following-Obstacle-Avoiding-Drawing-Robot-ESPHi everyone! In this project, I designed a board that includes the ESP8266 WiFi module, allowing you to control sensors such as HC-SR04 ultrasonic and infrared (IR), a servo and dual DC motors. To test the development board, we're going to build a small but fun 3D robot and control it, let's get started!Video chapters:00:00 Intro - ESP8266 DRV8848 Board00:20 About the Robot Chassis00:41 Unboxing - 3D Parts and PCB01:28 Let's Paint the 3D Parts01:52 Printed Circuit Board02:24 Applying Solder Paste Using a Stencil02:51 Placement of Components on PCB03:00 Soldering Process03:25 A Few DIP Components03:50 Assembly of 3D Parts05:31 First Programming "Blink"06:05 Dual Motor Drive Test - DRV884806:53 Obstacle Avoiding Robot Test08:10 Line Following Robot Test09:07 Drawing Robot Test
I made an educational programming board (source codes by ChatGPT) Maker 101 2023-02-17 | Cheap & Quick PCB, 3D Printing, CNC machining and fabrication services from PCBWay pcbway.com/g/v8fQIG - In this video, I will show you the assembly and use of the educational programming board and modules that I designed as open-source. The motherboard is based on ESP8266 WiFi and has four standard RJ25 ports. Ports such as RJ25 are also often preferred on other popular programming boards. This allows the modules to be easily connected to the motherboard and used. In addition, the motherboard enables the control of dual-motor and a servo motor. Finally, all the source codes in the project was created by the very popular ChatGPT recently, with amazing results… Let's get started!All files and source codes - pcbway.com/project/shareproject/I_made_an_open_source_educational_programming_board_and_coded_by_ChatGPT_0ee7bf64.htmlPrinted circuit boards are preferred for long-term use, stable and more durable electronic circuit prototypes. I prefer PCBWay to turn my circuit designs into durable prototypes. If you want to have these PCBs with low-price and high-quality, you can visit the shared link. You can also access all project files via the same link.Video chapters00:00 Intro - Educational Programming Board00:46 Printed Circuit Board - PCBWay00:58 Using Stencil01:37 SMD Components - Soldering02:19 DIP Components - Soldering02:36 Motherboard is ready02:43 Modules - Soldering03:30 Programming with ChatGPT03:40 LED and Buzzer Blink04:38 Potentiometer Servo Motor Control05:13 DHT Humidity and Temperature05:44 DC Motor Control PWM
P10 LED Display WiFi Controller Board (ESP8266, MQTT) Maker 101 2022-12-28 | Cheap & Quick PCB, 3D Printing, CNC machining and fabrication services from PCBWay pcbway.com/g/v8fQIG - In this project, I will show you how to wirelessly send scrolling text to P10 LED display using ESP8266 module, MQTT and smartphone. It is an "Internet of Things" project, a display connected to a WiFi network using ESP module and data communication between this LED display and a smartphone using the MQTT protocol. The PCB I designed combines the ESP8266 module and the P10 LED display, allowing you to control this display over WiFi. In this project, you will see how to solder the PCB, programming it and then use it in your project to display the messages or images you want on the LED display.📌 All necessary links and PCB files are here:▪️pcbway.com/project/shareproject/P10_Display_WiFi_Controller_Board_ESP8266_MQTT_8e5f32c5.html▪️instructables.com/P10-LED-Display-WiFi-Controller-Board-ESP8266-MQTTPlease don't forget to subscribe and hit the like button for more content! Thanks for watching!
Make a Simple Wooden RGB LED Light Maker 101 2022-11-29 | Cheap & Quick PCB, 3D Printing, CNC machining and fabrication services from PCBWay pcbway.com/g/v8fQIG - In this project I will show you how to make a simple wooden wall light with LED strip taped around the wood panel and controlled via wireless network! With no coding knowledge, a few hardware parts, and a few electronic components... Maybe after reading these Instructables you can make a different DIY LED lighting project for the upcoming Christmas. Let's make a simple RGB wall light!📌 PCB Gerber File, Bill of Materials, Reference designator - pcbway.com/project/shareproject/How_to_make_a_simple_wooden_wall_light_with_LED_strip_ac3340a7.html📌 Detailed instructions - instructables.com/DIY-Simple-Wooden-Ambient-Light-ESP8266-WLED-WS281📌 How It Works?As you can see, a few meters of WS2812 RGB LED strip was taped around a wooden panel and the panel was fixed to the wall (aluminum profiles were used to fix it.). LED Strip can be controlled by smartphone, tablet and computer via ESP8266 Wi-Fi board. Also, there is no need to coding for all of this, just install WLED application and run it! With these instructions, you can make a simple LED lighting home decor in different sizes, according to your imagination.📌 Required Hardware and ToolsFirst of all, the following hardware dimensions may vary completely depending on you. What is important here is the selection of LED strip and aluminum profiles compared to the wooden panel size.▪️ 1000 x 200 x 18 mm wood panel, timber or plywood (pine shelf was used in the project)▪️ 20 x 20 x 1.5 mm aluminum strips to mount the back of the timber▪️ A few hook -shaped screw (for hang the wood through aluminum strip holes to on the wall)▪️ WS2812B 5V RGB addressable LED Strip (Used about 2.5 meters). There are 30 LEDs in 1 meter of the LED strip used in the project, but there are 60 LEDs in 1 meter of some LED strips.Any ESP8266 programming board. Just like a Wemos or NodeMcu board. Wemos D1 Mini was used in the project.▪️ 330 ohm resistor to be used for LED's connection to the board.▪️ A 1000F capacitor to be connected between the power adapter and the LED to provide the correct current.▪️ 5V power adapter about 2-3 amp ( The current is proportional to the length of the LED strip. More LED means more current... In the project, about 1.5 amps for 2.5 meters LED (65 LEDs) was required.▪️ Mini breadboard for build to circuit.▪️ Jumper wires for use to breadboard circuit.Some tools are needed for assembly, these tools may be preferred depending on your project:▪️ Drill- Used for drill some holes in the timber and aluminium.▪️ Drill bits- For drilling through the timber and aluminium.▪️ Ruler-Used for measuring everything up of course.▪️ Screws - A few wooden screws (for fix the aluminum strips to timber)▪️ Cable cutter, solder iron, soldering wire...I also designed a printed circuit board for those who want a more professional circuit prototype. A few extra components are needed for the printed circuit board prototype, mentioned these components in the PCB step.
Quadruped Spider Robot - Assembly of 3D parts #shorts #diy #how #howto Maker 101 2022-11-01 | Now on YouTube - youtu.be/sDuzb-I00-4
Quadruped Spider Robot - Self Walking Mode #shorts #diy #how #howto Maker 101 2022-11-01 | Now on YouTube - youtu.be/sDuzb-I00-4
How to make Quadruped Spider Robot (using Arduino and 3D parts) Maker 101 2022-10-31 | Cheap & Quick PCB, 3D Printing, CNC machining and fabrication services from PCBWay pcbway.com/g/v8fQIG - Hi! In this video, I will show you how to make a 4 legged spider robot, in other words a quadruped robot. It is a robot that relies on calculations to position servos and pre-programmed sequences of legs. 3D printing was used to create the mechanical parts of the robot. You can print the parts yourself or order online for 3D printing service.Source Code and 3D stl files - pcbway.com/project/shareproject/Quadruped_Spider_Robot_3D_Printed_Parts_SG90_Servo_Motor_Arduino_Nano_10107fe3.htmlRequired Components:12x SG90 Servo Motor - amzn.to/3TYPrgj1x Arduino Nano V3 - amzn.to/3FBhApv3x Capacitor 100uF 16V - amzn.to/3DNbcJt1x LDO Voltage Regulator 5V/3A (Similar: MIC29310-5.0WT, LM1085IT-5.0, LM323T)12x Header Male 2.54 1x3 - amzn.to/3fybH1A1x 6 Pin Self-Locking Switch 8x8mm - amzn.to/3SWbQcU1x Screw Terminal Block Connector 5mm - amzn.to/3FC8EQB1x LED 3mm - amzn.to/3FBj6rH1x Resistor min. 220 Ohm - amzn.to/3TZdR9J2x 18650 Li-ion Battery - amzn.to/3zYvKO31x 18650 Battery Case 2 Slots - amzn.to/3fu5sMrRequired Tools:Soldering Station - amzn.to/3TVvZkQSoldering Wire - amzn.to/3ST5ElXWire Cutter - amzn.to/3h2APy6Silicone Soldering Mat - amzn.to/3SXpDA5Isopropyl Electronics Cleaner - amzn.to/3frlG93
Multiple Servo Motor Control #servo #multiple #robot #robotics #arduino #diy #electronic #howto Maker 101 2022-10-18 | youtu.be/iuoqgFprUoE - ESP32 Servo Motor Controller Board - Wireless control with Bluetooth App and ESP32 to ESP32
DIY Drawing Robot #drawing #xyz #plotter #3d #how #howto #robot #diy #arduino #robotics Maker 101 2022-10-18 | youtu.be/0QjO08HNXos
3D Printed Two Whell Robot #3d #robot #robotics #wifi #diy #howto #arduino Maker 101 2022-10-18 | youtu.be/8IX3RDlRdRo - Two Wheel Robot controlled via WiFi - ESP8266 NodeMCU and 28BYJ-48 Stepper Motor
Motorized Roller Blind #wifi #arduino #3d #diy #electronic Maker 101 2022-10-18 | youtu.be/faqeaFjauZs - DIY Motorized WiFi Roller Blind - ESP8266 & Blynk
3D Printed Pet Feeder - ESP8266 Maker 101 2022-10-18 | youtu.be/vggKe8KPPkw - Pet feeder controlled via WiFi - ESP8266 Wemos D1 Mini and 28BYJ-48 Stepper Motor
Spider robot calibration test... #arduino #diy #robot #spider Maker 101 2022-10-04 | Spider Robot project coming soon!
Multiple Servo Motor Control #servo #arduino #esp32 #diy Maker 101 2022-10-04 | Have you checked out the previous project? With the ESP32 servo motor controller board, you can control up to 16 servo motors wirelessly with methods such as WiFi, Bluetooth or MAC address.
ESP32 Servo Motor Controller Board - Wireless control with Bluetooth App and ESP32 to ESP32 Maker 101 2022-08-29 | Cheap & Quick PCB, 3D Printing, CNC machining and fabrication services from PCBWay pcbway.com -- Source Codes, PCB Files and Required Components -- pcbway.com/project/shareproject/ESP32_Servo_Motor_Controller_Board_Up_to_16_Servo_Motors_277e221b.htmlESP32 Servo Motor Controller Board (Up to 16 Servo Motors):In this project we will look at the assembly and use of ESP32 based printed circuit board that allows you to control up to 16 servo motors. The ESP32 board provides various communication options and methods this allows you to communicate wirelessly with other hardware.Let's take a look at what is required for the ESP32 servo motor controller board. The preferred components are those that are mostly used in basic electronics and that can be easily assembled.100uF 25V~6V Capacitor470uF 25V~6V CapacitorSB560 Diode7805CV Voltage Regulator3mm LED330Ohm Resistor2 Pin 5mm Screw TerminalESP32 Devkit V1Male and Female Headers
How to make Robot Sumo Maker 101 2022-07-27 | Cheap & Quick PCB, 3D Printing, CNC machining and fabrication services from PCBWay pcbway.com -- Robot-sumo, or pepe-sumo, is a sport in which two robots attempt to push each other out of a circle (in a similar fashion to the sport of sumo). The robots used in this competition are called sumobots. In this video, I used the Robot Sumo board that I designed myself. Get the PCB Gerber File - pcbway.com/project/shareproject/Robot_Sumo_Board_067fe5fc.htmlAll details will be added as soon as possible, enjoy.
Joystick Hand Controller ESP32 to ESP32 Maker 101 2022-06-28 | Cheap & Quick PCB, 3D Printing, CNC machining and fabrication services from PCBWay pcbway.com -- Source Code, Schematic, PCB Gerber File: pcbway.com/project/shareproject/Bat_Hand_Controller_ESP32_and_Joystick_97e8ad4b.htmlAll the details are here as soon as possible: Instructables -- instructables.com/ESP32-Joystick-Hand-Controller-ESP-NOWHackster -- hackster.io/mertarduino/esp32-joystick-hand-controller-esp-now-277b69I designed an ESP32 hand controller to wirelessly control the ESP32 Mecanum Wheels robot without using an app. This hand controller is bat-themed and features two thumb joysticks and 4 push-buttons.
ESP32 Mecanum Wheels Robot and Bluetooth Gamepad Controller Maker 101 2022-06-09 | Cheap & Quick PCB, 3D Printing, CNC machining and fabrication services from PCBWay pcbway.com Source Code, Schematic, PCB Gerber File and 3D Parts - pcbway.com/project/shareproject/Mecanum_Wheels_Robot_ESP32_Motor_Driver_L293D_Board_56886a61.htmlESP32 Bat Hand Controller (ESP32 to ESP32 Communication with ESP-NOW) -- youtu.be/m-wKc02TF-EIn this project we will see how to make an ESP32 Mecanum Wheels Robot which is capable of moving in any direction. This unique mobility of the robot is achieved by using special type of wheels, called Mecanum Wheels. The robot can be controlled via bluetooth with an application that you can use on both iOS and Android smartphones. Also, this project shows a simple breadboard circuit for beginner readers, and a printed circuit board for those who want a more useful prototype. Check out the video to see how it works...Instructables: instructables.com/ESP32-Mecanum-Wheels-Robot-and-Bluetooth-Gamepad-CHackster: hackster.io/mertarduino/esp32-mecanum-wheels-robot-and-bluetooth-gamepad-controller-aa08ddHow It Works?As seen in the video, I can easily connect to the robot via bluetooth with my smartphone, and I can move the robot in any direction with the gamepad feature. An ESP32 development board was used to control the robot wirelessly over both bluetooth and WiFi. L293D driver was used to provide motor movements. Of course, special Mecanum wheels were preferred to enable the robot to move in all directions. All the hardware is fitted into a simple robot car chassis kit containing four DC motors.Mecanum Wheel Set 80mm - amzn.to/3tET9AD4WD Robot Car Chassis Kit - amzn.to/3mSGIxCMecanum Wheel Chassis Car Kit - amzn.to/3aXyZLPMinimum requirements for the breadboard circuit:A breadboard was used to build the circuit - amzn.to/3Qq16mZL7805 voltage regulator was used as 5V is required for the microcontroller - amzn.to/3twf50SA few 100uF capacitors are needed for the voltage regulator - amzn.to/3ObRACkL293D IC driver was used to movement the DC motors - amzn.to/3N1GXRf or if you want to install the circuit more easily you can use L293D expansion board module - amzn.to/3zGekGhESP-32S WiFi BLE Development Board - amzn.to/3NWFixWSeveral jumper wires were used to provide the pin connections: amzn.to/3tveigJ18650 Li-ion 3.7V Rechargeable BatteryA few extra components are needed for the printed circuit board prototype:SR560 (SB560) Diode - amzn.to/3xtmOy43mm LED - amzn.to/3b662gQ330ohm Resistor - amzn.to/3tBAXIo2pin 3.50mm Screw Terminal - amzn.to/3MR4CUJ1x4 2.54mm Female Header - amzn.to/3zHfvFvBluetooth Controller App (Gamepad): Dabble App transforms your Smartphone into a virtual I/O device to easily make various DIY projects and IoT applications.ESP32 Bat Hand ControllerFirst of all, thank you for reading. I wanted to share the content of the next project with you already. I designed an ESP32 hand controller to wirelessly control the ESP32 Mecanum Wheels robot without using an app. This hand controller is bat-themed and features two thumb joysticks and four push-buttons. You can have this PCB from the link below.pcbway.com/project/shareproject/Bat_Hand_Controller_ESP32_and_Joystick_97e8ad4b.htmlIf you have any ideas, please let them know in the comment section. Follow to be informed about the next projects.
DIY Motorized WiFi Roller Blind - ESP8266 & Blynk Maker 101 2022-04-28 | Cheap & Quick PCB, 3D Printing, CNC machining and fabrication services from PCBWay pcbway.com Source code, Circuit diagram, PCB Gerber file, 3D files:pcbway.com/project/shareproject/Motorized_WiFi_Roller_Blind_ESP8266_ffa727fa.htmlFor all instructions:instructables.com/DIY-Motorized-WiFi-Roller-Blind-ESP8266-Blynkhackster.io/mertarduino/diy-motorized-wifi-roller-blind-esp8266-blynk-3c915eIn this project we will see how to control a roller blind via a smartphone application. The reason why I realized the project was to use a roller blind to change the background in the video footage and to be able to easily control the roller blind via my smartphone. In this project, a breadboard circuit is shown for basic readers and a printed circuit board circuit for users who want a more useful prototype. Check out the video to see how it works...As can be seen in the video showing the step-by-step construction of the project, I can easily open and close the roller blind on my wall using my smartphone. Of course, you can use this project to wirelessly control the roller blinds on your windows. A WiFi microcontroller was used to provide wireless communication, a stepper motor to provide move, and an application called Blynk was used.First of all, we need some 3D parts to be used like providing roller blind movement. We talked about 3D parts in the next step. In this section, we listed what we should use as hardware for electronic components and mechanisms:Wemos D1 Mini WiFi board was used to provide motor movements wirelessly and programming: amzn.to/3mF4xZvHobby stepper motor 28BJY-48 and driver ULN2003 was used to movement the roller blind up and down: amzn.to/3xKkGTYA 608zz bearing was used to ensure the smooth movement of the gear required for the roller blind: amzn.to/3QsmdW2A mini breadboard was used to build the circuit: amzn.to/3NJ5FY7Several jumper wires were used to provide the pin connections: amzn.to/3tveigJA 9V adapter was used to power the circuit: amzn.to/3QciTOJL7805 voltage regulator was used as 5V is required for the microcontroller: amzn.to/3twf50SA few capacitors are needed for the voltage regulator: amzn.to/3ObRACkFinally a few screws are needed for assembly: amzn.to/3tyciUVA few extra components are needed for the printed circuit board prototype, mentioned these components in the PCB step.
Pet feeder controlled via WiFi - ESP8266 Wemos D1 Mini and 28BYJ-48 Stepper Motor Maker 101 2022-03-28 | Cheap & Quick PCB, 3D Printing, CNC machining and fabrication services from PCBWay pcbway.comThis project shows how to make a pet feeder controlled via WiFi. You can wirelessly control the pet feeder at any time with an app. As you can see, a 3D design was used for the pet feeder. ESP8266-based Wemos D1 Mini board was preferred to connect to the internet and control it via WiFi, and an application was created to control the pet feeder by entering the IP address wirelessly.Source code, Circuit diagram, PCB Gerber file, 3D STL file and App Inventor AIA file: ▪️ pcbway.com/project/shareproject/WiFi_Controlled_Pet_Feeder_ESP8266_5adf4883.html▪️ instructables.com/Pet-Feeder-Controlled-Via-WiFi▪️ hackster.io/mertarduino/pet-feeder-controlled-via-wifi-1e950cInstall ESP8266 Add-on in Arduino IDE:Enter http://arduino.esp8266.com/stable/package_esp8266com_index.json into the “Additional Boards Manager URLs”. Then, click the “OK” button.MIT App Inventor:Import the shared .aia extension resource file after logging in to https://appinventor.mit.edu/ . In this way, you can customize the application according to you.Thanks for watching... Don't forget to subscribe for support!
Two Wheel Robot controlled via WiFi - ESP8266 NodeMCU and 28BYJ-48 Stepper Motor Maker 101 2022-03-23 | Cheap & Quick PCB, 3D Printing, CNC machining and fabrication services from PCBWay pcbway.comGenerally, robot cars are built on a chassis with 2 DC motor wheels and a bovine wheel. While surfing the internet, I saw a 3D car design with a different structure, and I wanted to experience it by making it. As you can see the biggest difference compared to other robot cars is that it is built on 2 wheels. Of course, it is possible to make a slight wobble forward and backward from the balance point of view, but this did not hinder the robot's movements.Also, a NodeMCU board with ESP8266 chip was used instead of an Arduino microcontroller. Thus, the robot was controlled via the internet. Hobby stepper motors were used instead of DC motors. Robot movements have become more balanced with use of stepper motors. Since we are using ESP8266, it was necessary to move the robot wirelessly over WiFi, and a simple application was made for this.Source code, Circuit diagram, PCB Gerber file, 3D STL file and App Inventor file:▪️ pcbway.com/project/shareproject/Two_Wheel_Robot_ESP8266_WiFi_d878b6ab.html▪️ instructables.com/ESP8266-Two-Wheel-Robot-NodeMCU-and-Stepper-Motor▪️ hackster.io/mertarduino/esp8266-two-wheel-robot-nodemcu-and-stepper-motor-bdbee5Install ESP8266 Add-on in Arduino IDE:Enter http://arduino.esp8266.com/stable/package_esp8266com_index.json into the “Additional Boards Manager URLs”. Then, click the “OK” button.MIT App Inventor:Import the shared .aia extension resource file after logging in to https://appinventor.mit.edu/ . In this way, you can customize the application according to you.Thanks for watching... Don't forget to subscribe for support!
3D Printed Rotating Table - Arduino Nano and 28BYJ-48 Stepper Motor Maker 101 2022-02-14 | Cheap & quick PCB, 3D Printing, CNC machining and fabrication services from PCBWay: pcbway.comThis project shows how to make a 3D printed Rotating Table using Arduino and a hobby stepper motor. Take a look at the video and see what a simple project can do! This is a low budget and simple set up Rotating Table for product shots. The 3D models were designed by BasementCreations and shared on Thingiverse. 28BYJ-48 Stepper Motor and ULN2003 motor driver were used in the project. On the microcontroller side, an Arduino Nano V3 version was preferred. Besides the breadboard circuit, a printed circuit board (PCB) was designed for a more useful prototype.Source code, Circuit diagram, PCB Gerber file, 3D STL file:▪️ pcbway.com/project/shareproject/3D_Printed_Rotating_Table_Board_with_Arduino_Nano_and_28BYJ_48_Stepper_Motor_ca5b53c9.html▪️ instructables.com/3D-Printed-Arduino-Rotating-Table-With-28BYJ-48-St▪️ hackster.io/mertarduino/3d-printed-arduino-rotating-table-with-28byj-48-stepper-0a5cfe▪️ Rotating Table 3D Parts - thingiverse.com/thing:4817279Thanks for watching... Don't forget to subscribe for support!
3D Printed Arduino Hollow Clock - ULN2003 Driver and 28BYJ-48 Stepper Motor Maker 101 2022-01-28 | Cheap & quick PCB, 3D Printing, CNC machining and fabrication services from PCBWay: pcbway.comThis project showed how to make a 3D printed decorative clock using Arduino and a hobby stepper motor. The design is known as 'Hollow Clock'. The 3D models were designed by Shiura and shared on Thingiverse. A 28BYJ-48 Stepper Motor and ULN2003 motor driver were used in the project. Of course, we have programmed the Arduino microcontroller board, which is indispensable in all our projects.All project details will be shared on the Instructables and PCBWay project sharing page.Source code, Circuit diagram, PCB Gerber file, 3D STL file:▪️ pcbway.com/project/shareproject/Arduino_based_3D_printed_clock_9e10a549.html▪️ instructables.com/3D-Printed-Arduino-Clock-With-28BYJ-48-Stepper-Mot▪️ Hollow Clock 3D Parts - thingiverse.com/thing:4761858Thanks for watching... Don't forget to subscribe for support!
3 in 1 Wireless Motor Control Board - Arduino Nano, L293D Motor Driver, nRF24L01 Transceiver Maker 101 2021-12-26 | Get 5 PCBs for Only $5 - pcbway.com/setinvite.aspx?inviteid=258713I designed an Arduino Nano wireless dual motor driver board, the board has one nRF24L01 transceiver module, dual L293D motor driver and an Arduino Nano microcontroller. On the transmitter side, I built a Joystick controller with the nRF24L01 module. Breadboard circuits for both receiver and transmitter are also shown in the project video. In addition, the receiver and transmitter source codes created for the Arduino microcontroller are explained. Source Code, PCB Files and Circuit Diagrams:pcbway.com/project/shareproject/Wireless_Dual_Motor_Driver_Board_880183f3.htmlinstructables.com/Wireless-Arduino-Motor-Driver-and-Joystick-Controlhackster.io/mertarduino/wireless-arduino-motor-driver-and-joystick-controller-5e4a552x Arduino Nano V3 - amzn.to/3fpEhhZ2x L293D IC - amzn.to/3GyzVRE2x nRF24L01 Transceiver - amzn.to/3fwYZMU2x 10uF Capacitor - amzn.to/3zZnhbS1x Joystick Module - amzn.to/3GwlHRx1x Male Female Header - amzn.to/3IocwmL1x Breadboard - amzn.to/3nvO3DI
Wireless Flex Sensor Hand Controller - nRF24L01 Transceiver and Arduino Nano Maker 101 2021-12-19 | Get 5 PCBs for Only $5 - pcbway.com/setinvite.aspx?inviteid=258713The wireless flexible sensor hand controller makes it possible to control projects using finger movement values. Also in this project, we controlled the dual L293D motor drivers wirelessly with finger movements. "How does it work?" Let's take a look at the video.Code & PCB Files - pcbway.com/project/shareproject/The_wireless_flexible_sensor_hand_controller_1cd33aa2.htmlInstructables - instructables.com/The-Flexible-Sensor-Hand-ControllerHackster - hackster.io/mertarduino/the-flexible-sensor-hand-controller-9da5965x Flex Sensor: amzn.to/3mAgQXh1x Arduino Nano V3:amzn.to/3FuNvVV1x NRF24L01 Transceiver:amzn.to/3sAPOTB1x 10uF Capacitor:amzn.to/3JlM3aE1x Header Male:amzn.to/3JdFgzL1x Header Female:amzn.to/3Eo7BzC1x Power Jack 5.5MM:amzn.to/3FqLlq65x 10K Resistor:amzn.to/3ptPVhZ1x On/Off Switch:amzn.to/3ewq1U91x Soldering Iron Kit:amzn.to/3emwl0JTank Robot Platform:amzn.to/3enKvP0
Halloween Pumpkin with Sound and Light Effects - Arduino and DFMini MP3 Player Maker 101 2021-10-25 | Get 10 PCBs for Only $5 pcbway.com/project/shareproject/Halloween_Pumpkin_with_Sound_and_Light_Effects.htmlHalloween is close and I wanted to make a related cool project. Of course, it will involve a pumpkin. Also I wanted to add some electronics, of course. For that, inside we have an Arduino connected to a few other parts. For light effects, I’m using an addressable controlled LED strip. For sound we have a mp3 module and to detect movement a PIR sensor. The scary pumpkin will stay powered off till it detects movement. Once it detects that somebody is close, it will run a few random loops such and play scary sounds. Also changing lights colors and blinking.Get the PCB Prototype (Schematic & Gerber):You can easily build the circuit on a breadboard, I also converted the breadboard circuit into a professional prototype. If you want to avoid a complicated circuit, you can get 10 PCBs for just $5 from the link below. All components used are easy to find and solderable. This prototype allows you to control up to 3 pcs LED strips with 3 different sensors (such as IR, PIR and HC-SR04).pcbway.com/project/shareproject/Halloween_Pumpkin_with_Sound_and_Light_Effects.htmlGet the Source Code:github.com/MertArduino/Halloween-Pumpkin-with-Sound-and-Light-EffectsParts for Breadboard Circuit & PCB Prototype:LED Strip: bit.ly/2DkYdmQ - amzn.to/3dCSBTlMP3 Player: bit.ly/2BVgNAU - amzn.to/3weAzPyMicrocontroller: bit.ly/2QO5m2g - amzn.to/39sAs9gAdapter: bit.ly/3bkEwrS - amzn.to/39y3IvlVoltage Regulator: bit.ly/37ptKi4 - amzn.to/3dpxFiaSpeaker: bit.ly/2YwSJMe - amzn.to/3wg1CKsCapacitor: bit.ly/30BaNYr - amzn.to/39qPEDSResistor: bit.ly/2MUegJC - amzn.to/3sEsQbvToggle Switch: bit.ly/2B4ADcs - amzn.to/3fyZnMeSoldering Tools: http://bit.ly/2Kbr9hQ - amzn.to/3dgwCRO
DIY Automatic Plant Watering System Maker 101 2021-08-11 | pcbway.com/project/shareproject/Automatic_plant_watering_system_using_Microcontroller_with_built_in_motor_driver.htmlinstructables.com/DIY-Automatic-Plant-Watering-SystemWhen you hear the term ‘smart garden’, one of the things that comes to your mind is a system that measures soil moisture and irrigates your plants automatically. With this type of system, you can water your plants only when needed and avoid over-watering or under-watering. This project shows how to make an Arduino based automatic plant watering system. In fact, the idea of making an automatic plant watering system came up with the thought that my plants would be waterless before I went on summer vacation. The soil moisture sensor, water pump motor and some pipe in my workshop came to mind and I wanted to make project.🧰 The list of components and hardware that we will mainly need is as follows:Your PlantsSoil Moisture SensorMicrocontrollerMotor DriverWater Pump Motor:PipeSome Jumper Wires for ConnectionsWater BucketPower Supply📌 Which Microcontroller and Motor Driver?You can use any model of Arduino microcontroller (such as UNO, Nano, Mega). As long as the connections are made correctly, the shared source code will run smoothly.However, if I was going to use an Arduino microcontroller, I would also need a motor driver or maybe even a relay. If we used a model like an Arduino UNO in the project, we would have to create a circuit using the following motor drivers together:L293D Motor Driver Shield (It makes it difficult to connect extra sensors)L293D Motor Driver IC Chip (It needs a breadboard and needs complex wiring)L298N Motor Driver Module (It needs extra wiring)If you are going to use an Arduino model, the circuit can be a bit complicated. To avoid this complexity, I created a prototype and got PCB printing service from PCBWay. On my design board I used an ATmega328P, an L293D motor driver, a CH341 chip to program it easily via USB.In addition, you can use this board in your different projects another from the plant watering system. For example, this board allows you to control Servo motor, 2 DC motors and many sensors. I used this board again for the 5 in 1 robot project and I created a robot tank that works in 5 different modes with 1 board. If you want to browse, the project link is below:5 in 1 Robot - youtu.be/663y37vYbRMYou can get high quality and low budget PCB service from PCBWay: pcbway.com/project/shareproject/Automatic_plant_watering_system_using_Microcontroller_with_built_in_motor_driver.html📌 2 in 1 Microcontroller (built-in Motor Driver)While designing the PCB prototype, I took care to choose components that are easy to find and solderable. On my design board I used an ATmega328P, an L293D motor driver, a CH341 chip to program it easily via USB. You can get the necessary components from the links below. You can use the designator table I shared for the positions of the components on the PCB.🧰 Required ComponentsATmega328P with Bootloader: bit.ly/2U9iwJw - amzn.to/39sAs9gL293D Motor Driver IC: bit.ly/33BV2ju - amzn.to/2ZqRob1Type B USB Socket: bit.ly/2WBSQqw - amzn.to/3drUYIlDIP Socket 28/16 Pins: bit.ly/2UahQDK - amzn.to/3dqOPMF12/16 MHz Crystal: bit.ly/33FNTyL - amzn.to/31yAYhBL7805 TO-220: http://bit.ly/2N5WnYG - amzn.to/3rFGY2A100uF Capacitor: bit.ly/2U98JTU - amzn.to/3sFBDcXResistor 10K / 1K: bit.ly/2WFsNPl - amzn.to/3bj2HY9470nF Capacitor: bit.ly/2UwQ2bw - amzn.to/3fBj9a4Power Jack Socket: http://bit.ly/2QAzFdp - amzn.to/31G7Mp32 Pin Terminal Block: http://bit.ly/2lEgy58 - amzn.to/31ETYeiMale Pin Header: bit.ly/3ab5h0w - amzn.to/3dmwTT910nF / 22pF Ceramic: bit.ly/2WCuQ6Y - amzn.to/31DVAVF🧰 Required ToolsSoldering Station: bit.ly/3yjXCsu - amzn.to/3jH1ZKfSoldering Iron Wire: bit.ly/3xOs7X0 - amzn.to/3xQXAaK
The Joystick Hand Controller and DIY Camera Slider Maker 101 2021-06-30 | 📄 📌 All documents and details of the project :▪️ pcbway.com/project/shareproject/The_Joystick_Hand_Controller_and_DIY_Camera_Slider.html ▪️ instructables.com/The-Joystick-Hand-Controller-and-DIY-Camera-SliderThe Joystick Hand Controller makes it possible to control the projects using two-axis values (directions of movement of joystick knob). The analog values measured on the X and Y axes are compared with the threshold values determined in the source code and the functions are run. The joystick hand controller acts as a transmitter, it uses the nRF24L01 transceiver module and enables communication wirelessly.Also, in this project we made a DIY camera slider and controlled it wirelessly with the Arduino joystick hand controller.🧰 Required Components for Joystick Transmitter Circuit▪️ Arduino ProMini bit.ly/3wmSLFK - amzn.to/3jUwufV▪️ nRF2L01 Module bit.ly/3yl5Y2X - amzn.to/3ArlY5C▪️ Joystick Module bit.ly/3xiAvyf - amzn.to/3wbbRyt▪️ Capacitor Kit bit.ly/3yjhhZC - amzn.to/3jHS8Uc▪️ Resistor Kit bit.ly/369DD3G - amzn.to/3ypp6Nd▪️ Switch 8x8mm bit.ly/3xiIhIH - amzn.to/3AkiYYu▪️ LED Kit bit.ly/3hCGCXN - amzn.to/3AroZCY▪️ 18650 Holder bit.ly/3qPlce3 - amzn.to/2TyowOA▪️ 18650 Li-ion Battery🧰 Required Components for Receiver Circuit▪️ Nema17 Stepper bit.ly/2SOyQBK - amzn.to/3hBc4W7▪️ A4988 Driver bit.ly/3qSNZi4 - amzn.to/3hsfb2M▪️ Arduino Nano bit.ly/3wiBxsK - amzn.to/3AsUnkb▪️ nRF2L01 Module bit.ly/3yl5Y2X - amzn.to/3ArlY5C▪️ nRF24L Adapter bit.ly/3jGF5SZ - amzn.to/3dJvZRT▪️ Breadboard bit.ly/3qJckqi - amzn.to/3hxX5MN▪️ Power Jack bit.ly/3dHkLNy - amzn.to/3jMOokF▪️ Jumper Wires bit.ly/36bYH9L - amzn.to/3Ap5lHv🧰 Required Hardware for DIY Camera Slider▪️ Linear Rail bit.ly/2TyrToI - amzn.to/369v7Sp▪️ Rail Shaft bit.ly/3xl3Zf1 - amzn.to/3AvsmZE▪️ Linear Block bit.ly/3dJHyID - amzn.to/3whrhkK▪️ Wooden Plate bit.ly/3hdxwSk - amzn.to/3dJaaBP▪️ Screws Nuts bit.ly/3hdxQk0 - amzn.to/3dK2fEu▪️ Screw DSLR bit.ly/3dJ7Qux - amzn.to/3dJ7LXL🧰 Required Tools▪️ Soldering Station bit.ly/3yjXCsu - amzn.to/3jH1ZKf▪️ Cordless Drill bit.ly/2UXxftW - amzn.to/3xjBq1o
The Accelerometer Hand Controller (Robot Hand and Tank Control) Maker 101 2021-06-08 | Get 10 PCBs for Only $5 pcbway.com - The hand gesture controller makes it possible to control applications using hand tilt angle values. Actually, the hand gesture controller uses an accelerometer, it is possible to use it wherever tilt is provided and control projects. For example, controlling with head movements other than hand movements. It also allows you to do this control wirelessly. By the way, thanks to PCBWay for supporting many Maker and Robotics projects with free product support. Take a look at PCBWay and contribute to their support:pcbway.com/setinvite.aspx?inviteid=258713Check out this article for all the details: instructables.com/Hand-Gesture-Controller-for-RoboticGet the PCB Gerber file and Schematic: pcbway.com/project/shareproject/Hand_Gesture_Controller_for_Robotic.html📋 How It Works?The Hand Gesture Controller includes an accelerometer and it detects the motion by comparing the acceleration on any axis with set thresholds.The accelerometer can measure the static acceleration of gravity in tilt-sensing projects. The hand gesture controller acts as a transmitter, so a receiver circuit is required.The program works as follows,The X, Y and Z values provided by the ADXL335 sensor are read by the program and transmitted to the Receiver via the nRF24L01 module. The receiver compares these values with the min and max threshold values defined in the program. If the values satisfy the condition specified in the program, the function is executed.📋 The hand gesture controller contains three main hardware:1) nRF24L01 Transceiver Module (bit.ly/2Te7Awg - amzn.to/2REa4n8)The nRF24L01 + transceiver module allows two or more Arduino boards to communicate with each other wirelessly and remotely. A transmitter and a receiver circuit are required to provide communication. An address (array of bytes) is created for two nRF24L01 modules to communicate. It communicates over this address and transfers data. A popular library called RF24 is used to interface with the nRF24L01 transceiver module. RF24 Arduino Library for nRF24L01+ Module - github.com/nRF24/RF242) ADXL335 Accelerometer (bit.ly/2EC4jQq - amzn.to/3gbToNa)At the heart of the Hand Gesture Controller is a low-power three-axis accelerometer ADXL335. It can measure the static acceleration due to gravity in tilt-sensing applications. For more detail about ADXL335 - analog.com/media/en/technical-documentation/data-sheets/ADXL335.pdf3) Arduino Pro Mini 3.3V 8 MHz (bit.ly/2GawAy6 - amzn.to/3xh7QcN)Arduino Pro Mini was developed for applications and installations where space is premium and projects are made as permanent set ups. The Pro Mini does not have a built-in USB input, so a serial converter (FTDI) is used to upload the source code. It is an easy process. 📋 Prototype (Printed Circuit Board):A printed circuit board was designed to turn the project into a useful prototype. Printed circuit boards are plates with conductive paths on the surface for mounting electronic circuit components. To get the PCBs, simply upload the shared "Gerber file" to pcbway.com and create an order. High-quality PCBs will arrive in a few days depending on the shipping address.
How to use muscle power in projects | EMG Muscle Sensor Maker 101 2021-04-28 | Get 10 PCBs for Only $5 pcbway.com/setinvite.aspx?inviteid=258713If you are interested in this project, you can order the PCB I designed from here (Get 10 PCBs for Only $5): pcbway.com/project/shareproject/Use_your_muscle_to_control_your_projects.htmlIn this project we will see how to control a servo motor with muscle power. We will use MyoWare Muscle Sensor from Advancer Technologies to monitor muscle activities and convert muscle movements into values. If you don't already have a muscle sensor, I recommend you check it out at this link:MyoWare Muscle Sensor - amzn.to/3gQRPW1MyoWare Electrodes - amzn.to/2S1GPuiMyoWare Muscle Sensor Dev Kit - amzn.to/3dWI1rmWe will move the 3D design claws by flexing and relaxing the forearm muscle. This video content; It can gain ideas and experience to those interested in craft, costumes, cosplay, robotic and design. Gerber file & Schematic: pcbway.com/project/shareproject/Use_your_muscle_to_control_your_projects.html---------------------------------------------------------------📋 About the 3D Bionic Claws Design:I had to make some updates in 3D design. The claws were stuck in the sleds and did not move, I widened the sleds by 1 millimeter on each side and made the claws 1 millimeter thinner each. I also created space for 18650 Li-ion battery, Arduino Nano and PCB. Updated design link: (As soon as possible)Link for those who want to use the original design: github.com/AdvancerTechnologies/MyoWare_BionicClaws---------------------------------------------------------------📋 All details of the Project: (I will share it on the Instructables platform as soon as possible)📋 Source Codes:ServoSweep_Mert_Arduino: create.arduino.cc/editor/mertarduinotech/fab2fbfa-029f-44af-b187-da1a199a4569/previewServo_Muscle_Sensor_Mert_Arduino:create.arduino.cc/editor/mertarduinotech/a1d5de59-f963-4297-a6f9-c249052b8109/preview---------------------------------------------------------------
How to make an IoT device? Internet of Things ESP-01 Maker 101 2021-03-15 | In this video, I will show you how to turn any decorative thing into an iot smart device. You can make different projects using the methods you will see in this project, so let's get started.Get 10 PCBs for Only $5 pcbway.com/setinvite.aspx?inviteid=258713📋 All details of the project:instructables.com/Turn-Any-Decorative-Thing-Into-a-Smart-Device📋 PCB & Gerber Files:pcbway.com/project/shareproject/Turn_Any_Decorative_Thing_Into_a_Smart_Device.html📋 Source Code: http://bit.ly/3eFjiZlI chose a plant pot to make it smart and I'll turn it into a device that sends motion notifications. We will use an ESP-01 WiFi module for wireless communication and a few components for the circuit. We will also be using a free service for notifications.🧰 Used tools:Potted Plant:amzn.to/30IzMb7Mini PIR Motion Sensor:http://bit.ly/2Lr42AN?amzn.to/3u71oDuESP8266 ESP01 Module:http://bit.ly/2XgAkWnamzn.to/3fqySbTFTDI USB To TTL:http://bit.ly/2RL89stamzn.to/3m5H8iRLD1117 Voltage Regulator:amzn.to/2NgrYJB1000uF Electrolytic Capacitor:http://bit.ly/2XaOQtTamzn.to/3sFBDcX100nF Ceramic Capacitor:http://bit.ly/2KLB7rFamzn.to/39qPEDSLED:http://bit.ly/2IWyzosamzn.to/3qxSs8OSlide Switch:http://bit.ly/2wwntPZamzn.to/2QSXRdIBattery Connector:http://bit.ly/2M8PZCCamzn.to/3u8ZRwDJumper Wire :http://bit.ly/2pBD9BQamzn.to/3doetmTSoldering Tool Kit:http://bit.ly/2D6YbuCamzn.to/3dgwCROSolder Wire:http://bit.ly/36escZ0amzn.to/3dt1jU6Tweezer:http://bit.ly/3og8sucamzn.to/3dmw7FNamzn.to/39xFW2uPlier:http://bit.ly/2Gbl6aqamzn.to/3syMdm9Recommended Items: Use Your Muscles in Project - amzn.to/3fXtMnL37 Sensor & Module Packages - amzn.to/3m66WeQTry this Robot Arm - amzn.to/3fq8DClBest Resin 3D Printer - amzn.to/39tY8KBArduino Compatible Kits - http://bit.ly/2J2AFF7Banggood Spring Sale - bit.ly/3slMbOn
Making a Face Mask with Animations Maker 101 2021-01-24 | New members first order & Low Price for PCB Stencil at pcbway.com As you can see in the video, I made a very simple LED light face mask that is not complicated. Of course, you can easily change these animations because we used a programmable LED strip in the mask. The design and animations of the face mask depend on your imagination. I just tried to show "how to do it". Let's make a Face Mask with LEDs! This DIY LED lights face mask displays some animations and responds to your voice with effects.🧰 Used tools:LCD Digital Microscope :http://bit.ly/3iKHpWOamzn.to/3u4lEW8300W Hot Air Tool:http://bit.ly/2QFd1z0amzn.to/3cAmJ2iSoldering Tool Kit:http://bit.ly/2D6YbuCamzn.to/3dgwCROSolder Wire:http://bit.ly/36escZ0amzn.to/3dt1jU6Tweezer :http://bit.ly/3og8sucamzn.to/39xFW2uPlier:http://bit.ly/2Gbl6aqamzn.to/3syMdm9🧰 For Prototype:WS2812 5V LED Strip:http://bit.ly/2YoWKmhamzn.to/3rF1Qr1ATtiny85:http://bit.ly/2YhUX2pamzn.to/39ujlUtSound Sensor:bit.ly/3fuZoP7amzn.to/3ateYKrBattery Connector:http://bit.ly/2M8PZCCamzn.to/3u8ZRwDWire Cable:http://bit.ly/3qRI3ofamzn.to/3rA2C8tJumper Wire:http://bit.ly/2pBD9BQamzn.to/3doetmTCopper Tape:http://bit.ly/36cDb5hamzn.to/3w9eB0iFace Mask:http://bit.ly/3oktBDiamzn.to/3rCkL5O🧰 For PCB:FTDI USB To TTL :http://bit.ly/2RL89stamzn.to/3m5H8iRSMD LED:http://bit.ly/2MqP3JTamzn.to/3fspG6TSMD Capacitor:http://bit.ly/39jqpDLamzn.to/31CJeNLSMD Resistor:http://bit.ly/3pm5YeWamzn.to/3ufYYmdJST Connector :bit.ly/2yXfJeIamzn.to/3rDHdeK3.7v Lipo Battery:http://bit.ly/2ECTdL7amzn.to/39vbKFe⚡ Recommended Items: Use Your Muscles in Project - amzn.to/3wdL45C37 Sensor & Module Packages - amzn.to/3m66WeQTry this Robot Arm - amzn.to/3fq8DClBest Resin 3D Printer - amzn.to/39tY8KBArduino Compatible Kits - http://bit.ly/2J2AFF7Banggood Spring Sale - bit.ly/3slMbOn▫️▫️▫️▫️▫️▫️▫️▫️▫️▫️▫️▫️▫️▫️📋 All details of the project:instructables.com/Make-a-Face-Mask-With-Animations📋 PCB Files:pcbway.com/project/shareproject/Make_a_Face_Mask_With_Animations.html📋 Source Codes:github.com/MertArduino/Making-a-Face-Mask-with-Animations📋 How to program an ATtiny:If you get stuck, try following the steps shown in this video - youtu.be/vPRpT_7rQNo▫️▫️▫️▫️▫️▫️▫️▫️▫️▫️▫️▫️▫️▫️💻 My Social Networks:Subscribe to the channel - bit.ly/MertArduinoInstagram - instagram.com/mertarduinoTwitter - twitter.com/mert_arduinoInstructables - instructables.com/member/MertArduinoHackster - hackster.io/mertarduinoReddit - reddit.com/user/makerwayTikTok - tiktok.com/@mertarduinoGithub - github.com/MertArduinoFacebook - facebook.com/mertkilic.arduino📧 mertarduinotech@gmail.com📽 My Equipment:Sony ZV-1 4K HD Vlogger Camera:amzn.to/3otnWeABOYA M1 Microphone:amzn.to/36i9789It's possible that some links in the description are affiliate links, it does not change anything for you, you just help support my channel and I thank you :)
Flame the candle by snapping finger Maker 101 2020-11-23 | Hi guys, we will make an interesting project in this video. We will try to make a flame by snapping our finger. New members first order & Low Price for PCB Stencil at pcbway.comAlso, for the first time, I will explain this project by speaking. I don't speak English very well, so you can turn on the subtitle for this video. I will be better in the next projects. Your support is very important for me. Let's get started on the project. 👉🏻 Get the Gerber File & Circuit: pcbway.com/project/shareproject/Flame_by_Snapping_Finger.html👉🏻 ATtiny Bootloader Shield: youtu.be/PbrSABWPlBg👉🏻 Connections and full details: instructables.com/Flame-the-Candle-by-Snapping-Your-Finger👉🏻 Parts Required for Prototype:1x Arduino Nano V3:http://bit.ly/2MHVDYiamzn.to/3w9D45T1x Sound Sensor Module:bit.ly/3fuZoP7amzn.to/3ateYKr1x IRFZ44N Mosfet:bit.ly/3fthnFFamzn.to/3fqYOUD2x 3.7v Battery 18650:bit.ly/2ECGb01amzn.to/2PoUPgH1x Battery Holder 18650:bit.ly/30cqwMJamzn.to/3m9myhl1x Breadboard:http://bit.ly/30ckFocamzn.to/3qxLxwmResistor Pack:http://bit.ly/2lJhi8Zamzn.to/3sEsQbvJumper Wires :http://bit.ly/2MtyZCXamzn.to/3doetmTMatches and CandlesRecommended Items: Use Your Muscles in Project - amzn.to/3wdL45C37 Sensor & Module Packages - amzn.to/3m66WeQTry this Robot Arm - amzn.to/3fq8DClBest Resin 3D Printer - amzn.to/39tY8KBArduino Compatible Kits - http://bit.ly/2J2AFF7Banggood Spring Sale - bit.ly/3slMbOn👨💻 Source Code: github.com/MertArduino/Flame-by-Snapping-Finger
Make remote control boat with recycling materials Maker 101 2020-10-17 | New members first order & Low Price for PCB Stencil at pcbway.comIn this video, I showed you how to make your own hovercraft / hoverboat from materials available at home and cheapest electronic components available online. We used two cheap brushless motors in this Arduino based project. We used the nRF24L01 module for wireless remote communication. I designed a PCB controller myself for the hovercraft controller. The controller has a minimalist design, it fits in the palm of your hand and you can easily control the joystick with the thumb. As always, I chose PCBWay for PCB printing service. If you want to have this controller, you can easily order from the link below. If you are not interested in PCB, you can easily build a controller yourself.👉🏻 Get the Gerber File & Circuit:pcbway.com/project/shareproject/How_To_Make_DIY_Remote_Control_Hoverboat_at_Home.html👉🏻 Parts Required for Receiver:2x Brushless Motor :bit.ly/2HekdShamzn.to/3dllp2k2x Propeller :bit.ly/355KMREamzn.to/2PJ877R1x Arduino Nano V3:http://bit.ly/2MHVDYiamzn.to/3w9D45T1x Motor Driver L298N:bit.ly/369zBJJamzn.to/3diatT11x RF Module nRF24L01:bit.ly/3je3v3uamzn.to/3dkvUmp1x RF Module Power Adapter :bit.ly/30cFJgwamzn.to/3dh7FWk2x 3.7v Battery 18650:bit.ly/2ECGb01amzn.to/2PoUPgH1x Battery Holder 18650:bit.ly/30cqwMJamzn.to/3m9myhl1x Mini Breadboard:http://bit.ly/35cBGRmamzn.to/2M15Wea1x Hot Glue Gun:http://bit.ly/2XM5YXcamzn.to/3fE5PBVJumper Wires:http://bit.ly/2MtyZCXamzn.to/3doetmT2x Bottle1x Water Proof Box1x Acrylic SheetRecommended Items: Use Your Muscles in Project - amzn.to/3wdL45C37 Sensor & Module Packages - amzn.to/3m66WeQTry this Robot Arm - amzn.to/3fq8DClBest Resin 3D Printer - amzn.to/39tY8KBArduino Compatible Kits - http://bit.ly/2J2AFF7Banggood Spring Sale - bit.ly/3slMbOn👉🏻 Parts Required for Transmitter:(If you want to buy the same PCB which one I used in this project. Just download the Gerber file and upload it to pcbway.com to order the PCB board.)Get the PCB Boardbit.ly/3kbfwaeRF Module nRF24L01bit.ly/3je3v3uamzn.to/3dkvUmpArduino Pro Mini 3.3v 8MHzbit.ly/2GawAy6amzn.to/3rZEXi2Joystickbit.ly/3ka28TDamzn.to/3u5097NProgrammer FTDIhttp://bit.ly/2RL89stamzn.to/3m5H8iRSelf-locking On / Off Switchbit.ly/3cyEtJLamzn.to/3dE6KzlLED Kithttp://bit.ly/37OajhSamzn.to/3qxSs8OCapacitorhttp://bit.ly/2s6Sonzamzn.to/39qPEDSResistorhttp://bit.ly/2lJhi8Zamzn.to/3bj2HY9Female Header Pinhttp://bit.ly/2MJtnVmamzn.to/3aAERbrSoldering Tool Kithttp://bit.ly/2D6YbuCamzn.to/3dgwCRO👨💻 Source Code:github.com/MertArduino/How-To-Make-DIY-Gesture-Control-Hovercraft-at-Home😊 Contact Me:instagram.com/mertarduino🎵 Track Info:Free Range by Mona Wonderlick soundcloud.com/monawonderlickCreative Commons — Attribution 3.0 Unported — CC BY 3.0Free Download / Stream: http://bit.ly/-free-rangeMusic promoted by Audio Library youtu.be/XcqtbhIc1ZQ
Make gesture control Arduino Tank Maker 101 2020-09-27 | In this project I am going to show you how to make a DIY Arduino Gesture Control Robot. $0 For New members first order & Low Price for PCB Stencil at pcbway.com👉🏻 Parts Required for Receiver:1) Robot Tank Chassis:amzn.to/31DriT02) Arduino Nano V3:http://bit.ly/2MHVDYiamzn.to/3w9D45T3) L298N Motor Driver:bit.ly/369zBJJamzn.to/3diatT14) nRF24L01 Module:bit.ly/2Te7Awgamzn.to/2REa4n85) Adapter For NRF24L01:bit.ly/30cFJgwamzn.to/3dh7FWk6) 3.7v 18650 Li-ion Battery(x2):bit.ly/2ECGb01amzn.to/2QPpfJr7) 18650 Battery Holder :bit.ly/30cqwMJamzn.to/3m9myhl8) Breadboard:http://bit.ly/30ckFocamzn.to/3qxLxwmRecommended Items: Use Your Muscles in Project - amzn.to/3wdL45C37 Sensor & Module Packages - amzn.to/3m66WeQTry this Robot Arm - amzn.to/3fq8DClBest Resin 3D Printer - amzn.to/39tY8KBArduino Compatible Kits - http://bit.ly/2J2AFF7Banggood Spring Sale - bit.ly/3slMbOn👉🏻 Parts Required for Transmitter:(If you want to buy the same PCB which one I used in this project. Just download the Gerber file and upload it to pcbway.com to order the PCB board.)1) Get the PCB Board - bit.ly/3i80Gzt2) Arduino Pro Mini 3.3v 8MHz - bit.ly/2GawAy63) NRF24L01+ RF Module - bit.ly/3je3v3u4) GY-61 ADXL335 Accelerometer - bit.ly/2EC4jQq5) FT232RL FTDI USB To TTL - http://bit.ly/2RL89st6) 3.7v 750mah Lipo Battery - bit.ly/2ECTdL77) Self-locking On / Off Switch - bit.ly/3cyEtJL8) LED Kit - http://bit.ly/37OajhS9) Lipo Connector Pin - bit.ly/2S3dIUi10) 100uF / 10uF Capacitor - http://bit.ly/2s6Sonz11) Resistor - http://bit.ly/2lJhi8Z12) Female Header Pin - http://bit.ly/2MJtnVm13) Soldering Tool Kit - http://bit.ly/2D6YbuC👉🏻 Get the Gerber File & Circuit:pcbway.com/project/shareproject/How_to_Make_DIY_Arduino_Gesture_Control_Robot_at_Home.html👨💻 Source Code & Schematic: github.com/MertArduino/How-To-Make-DIY-Arduino-Gesture-Control-Robot-At-Home😊 Contact Me:instagram.com/mertarduino🎵 Track Info:Time Out - Atch soundcloud.com/atch-musicCreative Commons — Attribution 3.0 Unported — CC BY 3.0Free Download / Stream: http://bit.ly/l-time-outMusic promoted by Audio Library youtu.be/NPnLxESfv50Summer Madness by Roa soundcloud.com/roa_music1031 Creative Commons — Attribution 3.0 Unported — CC BY 3.0Free Download / Stream: http://bit.ly/l-summer-madnessMusic promoted by Audio Library youtu.be/onA7Si-1Py4
Make DIY Paperclips Board Maker 101 2020-09-12 | With this project you can change the path of the electric current to run through different sensors. With this design you can switch between lighting a Blue LED or activating a Buzzer. $0 For New members first order & Low Price for PCB Stencil at pcbway.com . You also have the choice of using a Light Dependent Resistor with the LED or Buzzer. You can be creative and design your own circuit and add different sensors (other LEDs...).The idea here is to use thumbtack and paperclips as your wire.👉🏻 Get the Board:pcbway.com/project/shareproject/DIY_Circuit_Activty_Board_with_Paperclips___MAKER___STEM.htmlPlease subscribe! ❤️ For all lovers of #arduino #diy #electronics #engineering #technology #electronics #raspberrypi #pcb #iot👉🏻 Required Hardware:Buzzer :http://bit.ly/33koZn5amzn.to/3ud2PkFLED:http://bit.ly/37OajhSamzn.to/3qxSs8OLDR:http://bit.ly/2MPatwoamzn.to/3unEzwm3 Volt Button Cell BatteryResistor :http://bit.ly/2lJhi8Zamzn.to/3bj2HY9Capacitor:http://bit.ly/2s6Sonzamzn.to/39qPEDSTransistor:amzn.to/3wjfoMuhttp://bit.ly/2D9rmgJPaperclips :bit.ly/3m9kMfQamzn.to/2QMGyuESoldering Tools:http://bit.ly/2Kbr9hQamzn.to/3dgwCROThumbtackRecommended Items: Use Your Muscles in Project - amzn.to/3wdL45C37 Sensor & Module Packages - amzn.to/3m66WeQTry this Robot Arm - amzn.to/3fq8DClBest Resin 3D Printer - amzn.to/39tY8KBArduino Compatible Kits - http://bit.ly/2J2AFF7Banggood Spring Sale - bit.ly/3slMbOn😊 Contact Me:instagram.com/mertarduino🎵 Track Info:Track: Moment — Amine Maxwell [Audio Library Release]Music provided by Audio Library PlusWatch: youtu.be/VsRtJMPwkREFree Download / Stream: alplus.io/moment
How to use TILT sensor with LED, BUZZER and ARDUINO Maker 101 2020-09-09 | The tilt sensor is a component that can detect the tilting of an object. However it is only the equivalent to a pushbutton activated through a different physical mechanism. This type of sensor is the environmental-friendly version of a mercury-switch. It contains a metallic ball inside that will commute the two pins of the device from on to off and viceversa if the sensor reaches a certain angle. Please subscribe! ❤️ For all lovers of #arduino #diy #electronics #engineering #technology #electronics #raspberrypi #pcb #iot👉🏻 Required Hardware:LM393 Tilt Angle Sensor:bit.ly/3m3FgGXamzn.to/3ueA1qXArduino Nano V3:http://bit.ly/2RTa3rpamzn.to/3w9D45TLED Kit:http://bit.ly/37OajhSamzn.to/3qxSs8O5V Buzzer:http://bit.ly/33koZn5amzn.to/3ud2PkFBreadboard: http://bit.ly/30ckFocamzn.to/3qxLxwmJumper Wires:http://bit.ly/2MtyZCXamzn.to/3doetmT 👉🏻 Check out the recommended products: Use Your Muscles in Project - amzn.to/3wdL45C37 Sensor & Module Packages - amzn.to/3m66WeQTry this Robot Arm - amzn.to/3fq8DClBest Resin 3D Printer - amzn.to/39tY8KBArduino Compatible Kits - http://bit.ly/2J2AFF7Banggood Spring Sale - bit.ly/3slMbOn👨💻 Source Code:github.com/MertArduino/How-to-use-TILT-sensor-with-LED-BUZZER-and-ARDUINO😊 Contact Me:instagram.com/mertarduino🎵 Track Info:Title: Winding Road by PyrosionGenre and Mood: R&B & Soul + CalmWinding Road by Pyrosion soundcloud.com/pyrosionCreative Commons — Attribution 3.0 Unported — CC BY 3.0Free Download / Stream: bit.ly/al-winding-roadMusic promoted by Audio Library youtu.be/kV07PqSZeDY
The project that interacts with you with sound and ambient lights! Maker 101 2020-09-02 | In this video I will be showing you how to make unique art project at home using LED strip and sound. $0 For New members first order & Low Price for PCB Stencil at pcbway.com👉🏻 Get the Board:pcbway.com/project/shareproject/Amazing_inventive_art_project_idea.html👨💻 Source Code:github.com/MertArduino/Art-Project-LED-Strip-DFPlayer-ArduinoPlease subscribe! ❤️ For all lovers of #arduino #diy #electronics #engineering #technology #electronics #raspberrypi #pcb #iot👉🏻 Required Hardware:LED Strip:bit.ly/2DkYdmQamzn.to/3dCSBTlMP3 Player:bit.ly/2BVgNAUamzn.to/3weAzPyInfrared Sensor:bit.ly/3gSVzlWamzn.to/31xMAByMicrocontroller:bit.ly/2QO5m2gamzn.to/39sAs9gConnector:bit.ly/2QOXQnUamzn.to/3rDHdeKAdapter:bit.ly/3bkEwrSamzn.to/39y3IvlVoltage Regulator:bit.ly/37ptKi4amzn.to/3dpxFiaSpeaker:bit.ly/2YwSJMeamzn.to/3wg1CKsMicro SD:bit.ly/3hmXq45Capacitor:bit.ly/30BaNYramzn.to/39qPEDSResistor:bit.ly/2MUegJCamzn.to/3sEsQbvToggle Switch:bit.ly/2B4ADcsamzn.to/3fyZnMeSoldering Tools: http://bit.ly/2Kbr9hQamzn.to/3dgwCRO18V 900W Electric Jig Saw Power Tool :bit.ly/2DzoMEZamzn.to/3sJ1ukg👉🏻 Check out the recommended products: Use Your Muscles in Projectamzn.to/3wdL45C37 Sensor & Module Packagesamzn.to/3m66WeQTry this Robot Arm amzn.to/3fq8DClBest Resin 3D Printeramzn.to/39tY8KBBanggood Spring Salebit.ly/3slMbOn😊 Contact Me:instagram.com/mertarduino🎵 Track Info:Nightfall by Roa soundcloud.com/roa_music1031 Creative Commons — Attribution 3.0 Unported — CC BY 3.0Free Download / Stream: bit.ly/al-nightfallMusic promoted by Audio Library youtu.be/WAD2veumgYc
This clock will make you vibrate! Time to move! Maker 101 2020-07-28 | amzn.to/3dpUqCD$0 For New members first order & Low Price for PCB Stencil at pcbway.comHow to make the wearable activity tracking watch? This is a wearable amazing gadget designed to vibrate when it detects stagnation. Do you spend most of your time on the computer like me? Are you sitting for hours without realizing it? This is what inspired the DIY Vibrating Watch, a simple activity tracker that will notify you when you are inactive for a pre-set period of time. In this project, we'll build a wearable gadget designed to vibrate when it detects stagnation. This device is low-cost and can help keep you on the move. Please subscribe ❤️ ...and turn on notifications! 🔔➤ About the Schematic:The heart of this project is the ATtiny85. This microcontoller can be programmed with the Arduino IDE and is easy to fit into projects to keep cost and size down. With three analog inputs and two PWM outputs, the ATtiny85 has just enough I/O for this project. For our activity sensing needs, I am using the MMA7341LC 3-axis accelerometer which outputs each axis on a different analog line. This accelerometer also has a sleep mode that can be activated by the microcontroller to improve battery life. Our activity reminder will come through a vibration motor which, despite its small size is powerful enough.Download Gerber Files or Order PCB from PCBWay (10 pcs PCB order US $5.00):pcbway.com/project/shareproject/ATtiny85_Wearable_Activity_Tracking_Watch.htmlATtiny85 IC:bit.ly/3g7yVXJamzn.to/39taKSgVibration Motor:bit.ly/3f9h5C4amzn.to/39wpW0I3-Axis Accelerometer:bit.ly/309kbSBamzn.to/3m9vnaXBattery Holder:bit.ly/2BBnmZCamzn.to/3m9myhl8 Pin Socket:bit.ly/339tQtYSlide Switch:bit.ly/30SPrnPamzn.to/2QSXRdIResistor:bit.ly/2WFsNPlamzn.to/3ufYYmdStrap:bit.ly/3g8GhKjamzn.to/3wjqJMfCR2032 BatterySoldering Tools:http://bit.ly/2Kbr9hQamzn.to/3dgwCRO-----------------------------------------------------------------------------➤ Programming an ATtiny85 with an Arduino UNO:Arduino Uno R3:http://bit.ly/2AXpHuwamzn.to/2LZr6t410uF Capacitors:http://bit.ly/2s6Sonzamzn.to/39qPEDSJumper Wires:http://bit.ly/2J6de9Eamzn.to/3doetmTBreadboard:http://bit.ly/2H9YSUaamzn.to/3qxLxwm1) Configuring Arduino Uno as a ISP (In-System Programming):To program the ATtiny85 we need to first set Arduino Uno in ISP mode. Connect your Arduino Uno to the PC. Open Arduino IDE and open the ArduinoISP example file (File - Examples - ArduinoISP) and upload it.2) Adding ATtiny85 Support to Arduino IDE:By default Arduino IDE doesn't support ATtiny85 so we should add ATtiny boards to Arduino IDE. Open File - Preferences and in the Additional Boards Manager URLs give this URL:raw.githubusercontent.com/damellis/attiny/ide-1.6.x-boards-manager/package_damellis_attiny_index.jsonOpen Tools - Board - Board Manager. Scroll down the list where it says "ATtiny by Davis A. Mellis". Click on that and install it. Now you would be able to see a new entry in the Board menu3) Connecting ATtiny85 with Arduino Uno:Now with all the above things ready we will start programming the ATtiny85. Connect the ATtiny85 to Arduino Uno using breadboard.Add a 10uF capacitor between RESET and GND in the Arduino Uno. This is to avoid the Arduino Uno from being auto reset when we upload the program to the ATtiny85.-----------------------------------------------------------------------------➤ Burn Bootloader and Uploading Source Code to the ATtiny85:1) Select ATtiny under Tools - Board. 2) Then select ATtiny85 under Tools - Processor. 3) Select 8 MHz (internal) under Tools - Clock.4) Then make sure Arduino as ISP is selected under Tools - ProgrammerBy default the ATtiny85 runs at 1MHz. 5) To make it to run at 8MHz select Tools - Burn Bootloader.6) You will get the above message if burning bootloader was successful.7) Now open the source code and upload it. Get the Source Code from GitHub:github.com/MertArduino/ATtiny85-Wearable-Activity-Tracking-Watch-----------------------------------------------------------------------------Track: Broke — Soyb [Audio Library Release]Music provided by Audio Library PlusWatch: youtu.be/CuT6NlEgdQAFree Download / Stream: alplus.io/brokeTrack: I Am OK — Vishmak [Audio Library Release]Music provided by Audio Library PlusWatch: youtu.be/KZVS1ag3itAFree Download / Stream: alplus.io/i-am-okTrack: Besomorph & Coopex - Redemption (ft. Riell) [NCS Release]Music provided by NoCopyrightSounds.Watch: youtu.be/ZGrWry_4Q8sFree Download / Stream: ncs.io/RedemptionYO
Music Reactive Multicolor LED Lights | Arduino Sound Detection Sensor | RGB LED Strip Maker 101 2020-07-19 | $0 For New members first order & Low Price for PCB Stencil at pcbway.comMusic-reactive multi-color LED lights project. In this project, a simple 5050 RGB LED strip (not the Addressable LED WS2812), Arduino sound detection sensor and 12V adapter were used. So how does it work? If you take a closer look at the Arduino IDE source code of the project, an analog value comes from the Arduino sound sensor (this varies according to the intensity of the music), after that a threshold value is defined (just like 0 to 1023), if the value from the sound sensor does not match the threshold value, Arduino random () function is activated. 6 different color groups have been created in the random function, different color combinations can be created by changing the values in these color groups. If there is no analog value from the sound sensor, the function is stopped. This project can also be done with Arduino UNO R3 and some (IRFZ44N Transistor and similar) components, but I prepared this project on a single board. Easy solderable components were used (Just like DIP case Atmega348P). Of course, as always, I ordered the circuit board via PCBWay. You can order from the web address below and get this board.PCBWay Mid Year Big Sale and 6th Anniversary Celebration 2020pcbway.com/activity/anniversary6sales.html?page=2#video-divGet the Schematic and Gerber File (Also order):pcbway.com/project/shareproject/Music_Reactive_Multicolor_LED_Lights_Board.htmlGet the Arduino IDE Source Code (GitHub):github.com/MertArduino/Music-Reactive-Multicolor-LED-LightsInstructable: instructables.com/id/Music-Reactive-Multicolor-LED-Lights-Arduino-Soundhackster.io: hackster.io/mertarduino/music-reactive-multicolor-led-lights-arduino-sound-sensor-6bf5a2Required Components:Sound Detection Sensor :bit.ly/2UBEm8zamzn.to/3ateYKrLED Strip Light 5050:bit.ly/2AumaXtamzn.to/3dCSBTlAC DC 12V Adapter:bit.ly/37wrVjCamzn.to/39y3IvlDIP28 ATmega328P-PU:bit.ly/30CJFIIamzn.to/3fzKoSfIRFZ44N Transistor:bit.ly/3hlgOOQamzn.to/3wjfoMuL7805CV TO220:bit.ly/37ptKi4Ceramic Capacitor :bit.ly/30zXuazamzn.to/39qPEDSElectrolytic Capacitor:bit.ly/30BaNYramzn.to/3sFBDcXDIP IC Socket:bit.ly/30ASdj7amzn.to/3w9qAeiType B USB Socket :bit.ly/2zwCYwE2.1mm Jack Socket:bit.ly/2UDhoxTToggle Switch:bit.ly/2B4ADcsamzn.to/3fyZnMeLED:bit.ly/2UFqnhRamzn.to/3rF1Qr1Resistor:bit.ly/2MUegJCamzn.to/3sEsQbv12MHz Crystal:bit.ly/30NFWIr16MHz Crystal:bit.ly/2AmnaNvamzn.to/31yAYhBJumper Wire:http://bit.ly/2J6de9Eamzn.to/3doetmTSoldering Tools:http://bit.ly/2PEiyVxamzn.to/3dgwCRORecommended Items: Use Your Muscles in Project - amzn.to/3wdL45C37 Sensor & Module Packages - amzn.to/3m66WeQTry this Robot Arm - amzn.to/3fq8DClBest Resin 3D Printer - amzn.to/39tY8KBArduino Compatible Kits - http://bit.ly/2J2AFF7Banggood Spring Sale - bit.ly/3slMbOn🎧 Background MusicLeaf by KV soundcloud.com/kvmusicprodCreative Commons — Attribution 4.0 International — CC BY 4.0www.creativecommons.org/licenses/by/4.0Music promoted by Audio Library youtu.be/GlM3s880xfYTrack: Warriyo - Mortals (feat. Laura Brehm) [NCS Release]Music provided by NoCopyrightSounds.Watch: youtu.be/yJg-Y5byMMwFree Download / Stream: http://ncs.io/mortals#MusicReactiveRGBLedStrip #ArduinoMusicReactiveLedStrip
Make Voice Notification Warning Project Maker 101 2020-07-10 | PCBWay celebrates its 6th anniversary. $0 For New members first order & Low Price for PCB Stencil at pcbway.comThis project we have made a Talking / Voice Notification and Warning System. At least two sensors can be used in this project. In this project, PIR sensor (The PIR Motion sensor module is an automatic control module based on infrared technology) and IR sensor (IR Infrared Obstacle Avoidance Sensor Module has a pair of infrared transmitting and receiving tubes). The DFPlayer Mini module was used to play audio files. (The DFPlayer Mini MP3 Player For Arduino is a small and low price MP3 module with an simplified output directly to the speaker) We used one 9V battery for power consumption and one mini speaker for audio files. We chose DIP components for the PCB, so it became an easily solderable board. Of course, this project includes one Atmega328P microcontroller and the minimum required component.Required Components:DFPlayer Mini MP3 :bit.ly/2BVgNAUamzn.to/3weAzPyHC-SR505 Mini PIR:bit.ly/2PfD674amzn.to/2Oc1URqATmega328P-PU IC:bit.ly/30CJFIIamzn.to/39taKSgL7805 TO220:bit.ly/37ptKi4Mini Speaker:bit.ly/2YwSJMeamzn.to/3wg1CKsMicro SD Card 8GB:bit.ly/3hmXq459V Battery Connector:bit.ly/2AZ6BqOamzn.to/2QHL3qiCeramic Capacitor :bit.ly/30zXuazamzn.to/39qPEDSElectrolytic Capacitor :bit.ly/30BaNYramzn.to/3sFBDcXDIP IC Sockets:bit.ly/30ASdj7Type B USB Socket:bit.ly/2zwCYwEamzn.to/3drUYIl12MHz Crystal:bit.ly/30NFWIr16MHz Crystal:bit.ly/2AmnaNvamzn.to/31yAYhBResistor:bit.ly/2MUegJCamzn.to/3sEsQbvSwitch:bit.ly/2B4ADcsamzn.to/2QSXRdILED:bit.ly/2UFqnhRamzn.to/3qxSs8ORecommended Items: Use Your Muscles in Project - amzn.to/3wdL45C37 Sensor & Module Packages - amzn.to/3m66WeQTry this Robot Arm - amzn.to/3fq8DClBest Resin 3D Printer - amzn.to/39tY8KBArduino Compatible Kits - http://bit.ly/2J2AFF7Banggood Spring Sale - bit.ly/3slMbOnSource Code:github.com/MertArduino/Make-the-Talking-Voice-Notification-Warning-SystemGerber - Schematic - BOM List:pcbway.com/project/shareproject/Make_the_Talking___Voice_Notification_Warning_System.htmlOther Platforms:instructables.com/id/Make-the-Talking-Voice-Notification-Warning-Systemhackster.io/mertarduino/make-the-talking-voice-notification-warning-system-441460create.arduino.cc/projecthub/mertarduino/make-the-talking-voice-notification-warning-system-c2b7cchackaday.io/project/173745-make-the-talking-voice-notification-warning-syst
Make XY plotter drawing robot Maker 101 2020-06-09 | $0 For New members first order & Low Price for PCB Stencil at pcbway.comMy goal was to design the mXY board to make low budget the XY plotter drawing machine. So I designed a board that makes it easier for those who want to make this project. In the previous project, while using 2 pcs Nema17 stepper motors, this board uses 2 pcs 28YBJ-48 DC 5V 4 Phase 5 Wire Stepper Motors. Also in the previous project, Arduino Uno R3 was used as microcontroller and Adafruit Motor Shield as motor driver. This board uses Atmega328P and ULN2003 stepper driver. So you will be able to make this project with a single board. A 5V 1A adapter or powerbank is sufficient for this project to power consumption. The maximum current was observed as 0.4A when both motors were running.The board shown in the video is the test version, the updated and upgraded version of the board is at the link below. Get the PCB & Schematic:pcbway.com/project/shareproject/mXY_Board___Low_Budget_XY_Plotter_Drawing_Robot_Board.htmlIn this project we gonna make XY Plotter Drawing machine with mXY Board. With Drawing Robot you can draw images on wall, panel or A4 paper. You can print pictures or print text. The machine is a simple device, that draws picture using a normal pen, some motors and some string. All required hardware for this project are listed below. We will learn how to install and use the Polargraph program for drawing control.Required Components for PCB:1x ATmega328P-PU with Bootloader:bit.ly/2U9iwJwamzn.to/39sAs9g2x ULN2003 DIP16:bit.ly/3dtexifamzn.to/31AALKV2x 28YBJ-48 5V 5 Wire Stepper Motor:bit.ly/3gHHxVsamzn.to/3m7Uf2Z1x CH340G SOP16:bit.ly/2TZXNaCType B USB Socket:bit.ly/2WBSQqwamzn.to/3fwVojkDIP Socket 28/16 Pins bit.ly/2UahQDKamzn.to/3uepiwG12/16 MHz Crystal:bit.ly/33FNTyLamzn.to/31yAYhBL7805 TO-220:http://bit.ly/2N5WnYGamzn.to/3rFGY2A10uF Capacitor bit.ly/2U98JTUamzn.to/39qPEDS22pF/0.1uF/10nF Ceramic:bit.ly/2WCuQ6YLED:http://bit.ly/37OajhSamzn.to/3dCSBTlResistor 10K/ 1K:bit.ly/2WFsNPlamzn.to/3bj2HY9Power Jack Socket:http://bit.ly/2QAzFdp2 Pin Terminal Block:http://bit.ly/2lEgy58Male Pin Header:bit.ly/3ab5h0wamzn.to/3dmwTT92x JST B5B-XH Connector:bit.ly/2yXfJeIamzn.to/3rDHdeK1x MG90S Servo Motor:bit.ly/2XWWytTamzn.to/39o8tHFGT2 Pulley 16 Teeth Set:bit.ly/36Wfaykamzn.to/3m8qX4gGT2 Rubber Belt (5M):bit.ly/2XTgbTTamzn.to/3cE7TYm3 in 1 Jumper Wire:http://bit.ly/2J6de9Eamzn.to/3doetmTSoldering Tools:http://bit.ly/2PEiyVxamzn.to/3dgwCRO5M Extension Wire Cable:bit.ly/3gMZMJaamzn.to/3ft0vkwRecommended Items: Use Your Muscles in Project - amzn.to/3wdL45C37 Sensor & Module Packages - amzn.to/3m66WeQTry this Robot Arm - amzn.to/3fq8DClBest Resin 3D Printer - amzn.to/39tY8KBArduino Compatible Kits - http://bit.ly/2J2AFF7Banggood Spring Sale - bit.ly/3slMbOnGondola & Bracket:You can find gondola and stepper motor mounting bracket 3D models in the ZIP file 'Gondola_Bracket_Models' : github.com/MertArduino/mXY-board-xy-plotter-drawing-machineSOURCE CODE: github.com/MertArduino/mXY-board-xy-plotter-drawing-machineIt works fine in Arduino IDE v1.8.5 & Processing v2.2.1Download and install the Arduino IDE v.1.8.5:arduino.cc/en/Main/OldSoftwareReleases#previousDownload and install the Processing v2.2.1:processing.org/download/?processingStepper Motor Specifications:Define the value for MM PER REV as 64Define the value for STEPS PER REV as 4076Define the value for MOTOR MAX SPEED as 1000Define the value for MOTOR ACCELERATION as 200For more information about 28BYJ-48 Stepper Motor:lastminuteengineers.com/28byj48-stepper-motor-arduino-tutorialCheck out these platforms for more:Polargraph controller Copyright Sandy Noble 2018.http://www.polargraph.co.ukgithub.com/euphy/polargraphcontroller
