Arduino Playground - Interfacing. With. Hardware. Interfacing with Hardware. These topics cover the hardware and software setup required to connect an Arduino device with a variety of electronic parts, chips and devices. A related topic not covered under this section is the shield, boards that plug directly into an Arduino's pin layout. Information on the creation and use of specific shields belongs in that section. Information on shields in general and their creation belongs here.
See here for a table of shields and the Arduino pins they use. Arduino has limits on how much current can be sourced or sunk by its I/O pins. When interfacing with hardware you need to be careful not to exceed these limits. For details see Arduino. Pin. Current. Limitations.
In general, for AVR based Arduinos, do not exceed 2. A per pin. In particular, do NOT directly connect LEDs to Arduino outputs! Always use a series resistor (2. Navigation. ADC / DACArdu. Stat- Measures charge in battery. Audio. Automotive.
Bar code reading. Buttons,Encoders,Keypads Unified Input Interface. Capacitive Sensing. Degrees Of Freedom, 6. DOF, 9. DOF, 1. 0DOF, 1. DOFDistance Sensing. Environmental Sensing.
General Purpose Sensor abstraction layer One interface to setup and control most Digital and Analog sensors. Human Interface. Images. Joysticks / Gamepads. Keyboard/Keypads. Light Sensors (Visual and IR..
Location (navigation)Magnetic. Mechanical. Mice. Morse code I/OMotion Sensors. Signal Filtering. Multiplexing Inputs.
Home > Serial Port Central. Serial Port Central. Serial links and networks, including RS-232, RS-485, COM ports, and USB virtual COM ports. I hope that this version will be the ultimate library for the serial port. I hope to receive your comments about it. Since the version 1.x was downloaded more than 4. The Serial Peripheral Interface bus (SPI) is a synchronous serial communication interface specification used for short distance communication, primarily in embedded.
PPM RC Receivers and Transmitters. Pressure Sensors (air, fluid, baromic)RFID tag reading. Slotted Detectors / Proximity Sensors.
Time.. of day: RTC, clock / calendar chips. Alarm Daily scheduler. Touch screen. Voltage, Current, Power (kilowatt hours)Buttons,Encoders,Keypads Unified Input Interface. Text- based user interface.
C# Program To Arduino Interface With C# AND Arduino source code Download: LEDComm1.zip. Includes: C# source code (developed using Microsoft Visual C# 2008 Express.
Graphical user interface. FTDI EVE Plus modules Arduino reference design to provide Graphic, Touch and Audio functions by SPI. LCD Shield An adaptor shield that provides an Arduino interface to 4. D systems LCD Touchscreen Modules. M2tklib (Requires GLCD, U8glib or DOGM1.
Library). SMARTGPU Fullcolor touchscreen GUIs implementation. TFT_Extension Extension library for Karlsens UTFT and UTouch libraries. Serial_LCD library suite for 4. D Systems µLCD, µOLED and µVGA screens. AWind Arduino window library.
Provides simple way of creation GUI on TFT- touch displays. Chart windows, labels, buttons, editable text boxes allow efficient development of reach user interface for your Arduino applications. Hardware- independent layers. Multi- tap Code to enable multi- tap input on any keypads. Via Mobile Phonepfod.
App (Android) Bluetooth, BLE, SMS and Wi. Fi. Works with 1. BLE boards. No Android Programming Required. Designer generates Arduino code for 1. BLE boards and Wi.
Fi and SMS shields. No Android Programming Required. Annikken Andee Don't need i.
OS or Android programming to create functional mobile interface, buttons, sliders, graphs, text input and many more for customisation. Arduino Pi. Output. Examples and information for specific output devices and peripherals: How to connect and wire up devices and code to drive them. See also the pages devoted to the Dallas One- Wire Micro.
Lan, I2. C and Ethernet. They enable you connect additional output (etc.) devices across networks controlled by the Arduino. The trouble of controlling a network is repaid if you need to connect many outputs (and/ or inputs), or if your actuators / sensors are not close to your Arduino. Arduino as ISP (In- System Programmer)Visual.
Camera Control - Controlling Camerasmulti. Camera. Ir. Control Library, controlling Nikon, Canon, Sony, Minolta, Olympus and Pentax cameras just with an IR LED.
Hacro. Cam Arduino Library, for controlling the Hacro. Cam VGA camera module. Also listed is Arduino software for controlling multiple cameras from PC or Mac serial terminal software. Infrared controlled timelapse photography with Canon DSLRs. Works with all cameras that are compatible with the Canon RC- 1 remote. Imitating a Nikon IR Remote from Nikon. SLRs. Imitating a Sony A2.
DSLR Shutter Release IR Remote. Remote control a Nikon camera via infrared LED.
AI- 1 ("All- in- one") Remote - A Photographic Accessory That You Can Build. A fully featured intervalometer by Tom Lackamp. Does a lot, but is also quite a big/complex project. A device to trigger camera and flash forum discussion (English) pointing to this page (not English). Controlling camera shutter, flash and more via 3 pin plug. Forum discussion with sample code.
Should be quite generic, tested with Canons and Olympus SP5. UZ. IR remote for canon digital camera. Unresolved forum discussion.
Sample code and pointers of how to get it working. Canon RC- 1 compatible IR remote. All you need is one IR LED and an Arduino board. Links to the Sony LANC protocol. This can be used to control video cameras, and a subset of it might be used to control still cameras (Arduino- LANC Code). LANC Arduino full application + circuit Another approach to implement LANC control with Arduino, including open collector circuit you need to interface with the camera. Arduino controlled video recording using the LANC port Simple and easy to understand Arduino sketch that starts and stops video recording.
Arduino powered simple LANC remote Circuit and sketch with rec, zoom and focus buttons. Intervalometer Simple stripboard Intervalometer 'shield'. Easy to understand code.
USB control of Canon EOS cameras using USB Host Shield - An intervalometer with extended HDR bracketing. High Speed Photography: using an Arduino connected to a microphone and camera flash to capture images of Peeps exploding. Triggering a Camera’s Flash with Sound and Light - complete with photos and hand- drawn schematics. Intervaluino: An Arduino- powered intervalometer for taking time- lapse photo sequences.
DIY camera motion control: An Arduino- controlled stepping motor and an IGUS Dry. Lin W rail allow smooth camera moves. Open. Moco: A complete time- lapse motion control system, integrating intervalometer, multiple motor axes, action scripting, and keyframing in a single Arduino. Arduino Intervalometer Basics: An introduction to building DIY intervalometers, covering optocouplers, blocking timing, and two forms of non- blocking timing. Hack a Canon camera and control it with an Arduino: Hacked Canon Ixus camera, with instructions, code and videos.
Long- term time- lapse photo: Run a Canon camera with CHDK and a Arduino controller for one year stand- alone. DSLR Controller: Arduino based camera and flash control (IR remote Canon RC- 1, RC- 5, Nikon ML- 5, sound and light trigger, intervalometer, etc.). Sony DSLR Wired Remote Use Arduino to make an intervalometer, etc, for Sony DSLR. Wired remote is more reliable than IR. LED Lights and Displays. Addressable LEDs ws.
FAB_LED Fast Arduino Bitbang LED library, provides easy and powerful programming of all RGB and RGBW addressable LEDs from ws. Using WS2. 81. 2 Smart Pixels. The WS2. 81. 2 is a "smart" 5mmx.
SMT module with three bright LEDs (red, green, blue) You can buy them made into rings, strips or arrays. Each has a controller to accept and store commands via a daisychained data line. The nice people at Adafruit have created the Adafruit Neo. Pixel library which makes using multiple WS2.
WS2. 81. 1s) very easy. The tutorial link gives you all the "getting started" information you will need. Single LEDs of one color. Blinkenlight experiments Features many different ways to implement knight rider effects, persistence of vision and other amazing stuff.
Fade. Led: Library to make fading leds a piece of cake. Fade an LED with a knob - An example that lets you twist a knob to control the brightness of an LED. Fancy. LED: Another simple hardware abstraction library that enables blinking "N" times at custom rates, toggling, has a "fuse" example that allows for blinking to start after some lead time..
Knight Rider extensions - an extension to the learning loops example. Several single LEDs used together to create satisfying visual displays. LED: Simple hardware abstraction library.
Either use this to simplify(?) working with single LEDs, or study it as a good example of what you can do by creating a library. I/O LED: Manage an LED as an emitting AND receiving device!
Soft. Timer is a time sharing solution, that has a built in asynchronous blinker. It can blink LEDs in a configured pattern, while not blocking other processes. Candle warm, live and safe e. Candle. Comes in one single sketch.. Single LEDs, multi- color.