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Tekst fra ewelina_za3 - English

    • Arduino - an open source development platform

    • Arduino - an open source development platform and one of the most popular tools used for rapid prototyping by DIYers and engineers around the world.
  • This platform is extremely versatile, which is proven by the fact that it is a fundamental building block for projects such as building automation systems, game consoles, telephone and radio communication devices, measurement systems, and interactive toys.
    • The most popular of the Arduino series - UNO R3 baseboard with a microcontroller onboard - is a great tool for creating many electronic projects.
    • But if you add some expansion modules to it, its potential dramatically increases and creates even more possibilities.
  • This article reviews expansion modules in the form of shields with compatible pins.
    • I’d like to present twelve shields for Arduino with various functionalities from the Botland store; all twelve of them extend the basic capabilities of the iconic PCB with a microcontroller.
  • Communication module - a module that allows Arduino to be connected via MIDI - the iconic serial interface used in electronic musical instruments from the first half of the 1980s to the present day.
  • With this interface, you can control synthesizers, sequencers, drum machines, and other musical instruments.
    • Since MIDI is a protocol that shares many features with standard asynchronous serial interfaces, you can use the Arduino UART pins to send and receive MIDI messages, for example, such as pressing or releasing a key on the keyboard, or changing the position of the modulation wheel.
  • MIDI control signals are sent through optocouplers.
    • The MIDI KIT Shield module can be plugged directly into the Arduino baseboard - the MIDI-IN connector will be connected to the Rx pin, while the MIDI-OUT connector will stay connected to the Tx pin, and the potentiometers on the MIDI KIT Shield board - to the A1 and A2 pins in the section of analog pins.
  • In this way, they can be controlled by adjusting the instrument’s output volume, retuning, timbre, or other parameters assigned by the user.
    • In addition, the board has three momentary buttons connected to the Arduino digital pins 2-4, with which you can transpose the keyboard, change presets, and other user-assigned functions.
    • The board has a RESET button, two LEDs that signal i.e. the exchange of MIDI messages, and a RUN/PROG button that allows you to re-program Arduino without disconnecting the MIDI KIT Shield module.
  • The Spectrum Shield enriches the Arduino baseboard with the ability to split the stereo audio signal fed to the input of the system into seven frequency bands for each channel.
    • As a result, using an analog-to-digital converter in the Arduino (analog pins 0-5), you can control any external object (e.g. a motor, lighting, or a buzzer) by detecting the sound in a programmed frequency band of the input signal (e.g. using prescaler), and examine its frequency spectrum as well.
  • The sound is fed to the stereo 3.5 TRS input - with the same connector at the output of the system.
    • The signal transmission is uninterruptible.
  • The shield can also be used to build sound responsive illumination to create colorful animations for music, as well as sound activation of other devices.
    • Forbot Robot Shield Arduino The expansion shield from Forbot, compatible with Arduino, is a versatile electronic module with which you can add many interesting, useful functions to your robot.
  • On a small PCB, apart from the connectors with a pin layout compatible with Arduino UNO R3, there is a two-channel driver for DC motors, which allows you to control their speed and direction of rotation.
    • The maximum current efficiency per single channel is 1.2 A.
    • Designers took care to protect the electronic circuits contained on the board, using anti-interference filters.
  • The 8-channel pin expander for the input/output ports allows you to connect more external devices.
    • The buzzer with the infrared receiver can be programmed to trigger an acoustic signal when an obstacle is detected near the robot.
    • Besides, the board has a slide switch, an LED that indicates that the module is on, a polymer fuse, and protection against voltage with reverse polarity.
    • The board requires a voltage of 7-11 V, while the Arduino base module draws power from the Robot Shield board and thus does not need a separate power source.
    • SparkFun XBee Shield – a shield for Arduino Radio communication with the XBee system is a great way to increase the wireless communication capabilities of Arduino, and this can be achieved with a compatible SparkFun XBee Shield module attached to the baseboard.

VÆR SÅ SNILL, HJELP TIL MED Å RETTE HVER SETNING! - English

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  • Setning 1
    • Arduino - an open source development platform and one of the most popular tools used for rapid prototyping by DIYers and engineers around the world.
      Stem nå!
    • Arduino -is an open source development hardware platform and one of the most popular toolcircuit boards used for rapid prototyping by DIYers and engineers around the world.
    • LEGG TIL EN NY RETTELSE! - Setning 1LEGG TIL EN NY RETTELSE! - Setning 1
  • Setning 2
    • This platform is extremely versatile, which is proven by the fact that it is a fundamental building block for projects such as building automation systems, game consoles, telephone and radio communication devices, measurement systems, and interactive toys.
      Stem nå!
    • LEGG TIL EN NY RETTELSE! - Setning 2LEGG TIL EN NY RETTELSE! - Setning 2
  • Setning 3
    • The most popular of the Arduino series - UNO R3 baseboard with a microcontroller onboard - is a great tool for creating many electronic projects.
      Stem nå!
    • The most popular of the Arduino series - the UNO R3 baseboard with a microcontroller onboard - is a great toolboard for creating many electronic projects.
    • LEGG TIL EN NY RETTELSE! - Setning 3LEGG TIL EN NY RETTELSE! - Setning 3
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  • Setning 6
    • I’d like to present twelve shields for Arduino with various functionalities from the Botland store; all twelve of them extend the basic capabilities of the iconic PCB with a microcontroller.
      Stem nå!
    • I’d like to present twelve shields for Arduino with various functionalities from the Botland store; a. All twelve of them extend the basic capabilities of theis iconic PCB with a microcontroller.
    • LEGG TIL EN NY RETTELSE! - Setning 6LEGG TIL EN NY RETTELSE! - Setning 6
  • Setning 7
    • Communication module - a module that allows Arduino to be connected via MIDI - the iconic serial interface used in electronic musical instruments from the first half of the 1980s to the present day.
      Stem nå!
    • LEGG TIL EN NY RETTELSE! - Setning 7LEGG TIL EN NY RETTELSE! - Setning 7
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    • Since MIDI is a protocol that shares many features with standard asynchronous serial interfaces, you can use the Arduino UART pins to send and receive MIDI messages, for example, such as pressing or releasing a key on the keyboard, or changing the position of the modulation wheel.
      Stem nå!
    • Since MIDI is a protocol that shares many features with standard asynchronous serial interfaces, you can use the Arduino UART pins to send and receive MIDI messages, for example, such asby pressing or releasing a key on the keyboard, or changing the position of the modulation wheel.
    • LEGG TIL EN NY RETTELSE! - Setning 9LEGG TIL EN NY RETTELSE! - Setning 9
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    • The MIDI KIT Shield module can be plugged directly into the Arduino baseboard - the MIDI-IN connector will be connected to the Rx pin, while the MIDI-OUT connector will stay connected to the Tx pin, and the potentiometers on the MIDI KIT Shield board - to the A1 and A2 pins in the section of analog pins.
      Stem nå!
    • The MIDI KIT Shield module can be plugged directly into the Arduino baseboard - the MIDI-IN connector will be connectedlinks to the Rx pin, while the MIDI-OUT connector will stay connectremains hooked to the Tx pin, and the potentiometers on the MIDI KIT Shield board - to the A1 and A2 pins in the section oflocated in the analogue pins interface.
    • LEGG TIL EN NY RETTELSE! - Setning 11LEGG TIL EN NY RETTELSE! - Setning 11
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    • In this way, they can be controlled by adjusting the instrument’s output volume, retuning, timbre, or other parameters assigned by the user.
      Stem nå!
    • LEGG TIL EN NY RETTELSE! - Setning 12LEGG TIL EN NY RETTELSE! - Setning 12
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    • In addition, the board has three momentary buttons connected to the Arduino digital pins 2-4, with which you can transpose the keyboard, change presets, and other user-assigned functions.
      Stem nå!
    • In addition, the board has three momentary buttons connected to the Arduino digital pins 2-4, with which you can transpose the keyboard, change presets, and perform other user-assigned functions.
    • LEGG TIL EN NY RETTELSE! - Setning 13LEGG TIL EN NY RETTELSE! - Setning 13
  • Setning 14
    • The board has a RESET button, two LEDs that signal i.e. the exchange of MIDI messages, and a RUN/PROG button that allows you to re-program Arduino without disconnecting the MIDI KIT Shield module.
      Stem nå!
    • The board has a RESET button, two LEDs that signal i.e., for example, the exchange of MIDI messages, and a RUN/PROG button that allows you to re-program Arduino without disconnecting the MIDI KIT Shield module.
    • LEGG TIL EN NY RETTELSE! - Setning 14LEGG TIL EN NY RETTELSE! - Setning 14
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    • The Spectrum Shield enriches the Arduino baseboard with the ability to split the stereo audio signal fed to the input of the system into seven frequency bands for each channel.
      Stem nå!
    • LEGG TIL EN NY RETTELSE! - Setning 15LEGG TIL EN NY RETTELSE! - Setning 15
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    • As a result, using an analog-to-digital converter in the Arduino (analog pins 0-5), you can control any external object (e.g. a motor, lighting, or a buzzer) by detecting the sound in a programmed frequency band of the input signal (e.g. using prescaler), and examine its frequency spectrum as well.
      Stem nå!
    • As a result, using an analog-to-digital converter in the Arduino (analog pins 0-5), you can control any external object (e.g. a motor, lighting, or a buzzer) by detecting the sound in a programmed frequency band of the input signal (e.g. using a prescaler), and at the same time examine its frequency spectrum as well.
    • LEGG TIL EN NY RETTELSE! - Setning 16LEGG TIL EN NY RETTELSE! - Setning 16
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    • The shield can also be used to build sound responsive illumination to create colorful animations for music, as well as sound activation of other devices.
      Stem nå!
    • LEGG TIL EN NY RETTELSE! - Setning 19LEGG TIL EN NY RETTELSE! - Setning 19
  • Setning 20
    • Forbot Robot Shield Arduino The expansion shield from Forbot, compatible with Arduino, is a versatile electronic module with which you can add many interesting, useful functions to your robot.
      Stem nå!
    • Forbot Robot Shield Arduino -
      The expansion shield from Forbot, compatible with Arduino, is a versatile electronic module with which you can add many interesting, useful functions to your robot.
    • LEGG TIL EN NY RETTELSE! - Setning 20LEGG TIL EN NY RETTELSE! - Setning 20
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    • On a small PCB, apart from the connectors with a pin layout compatible with Arduino UNO R3, there is a two-channel driver for DC motors, which allows you to control their speed and direction of rotation.
      Stem nå!
    • LEGG TIL EN NY RETTELSE! - Setning 21LEGG TIL EN NY RETTELSE! - Setning 21
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    • The buzzer with the infrared receiver can be programmed to trigger an acoustic signal when an obstacle is detected near the robot.
      Stem nå!
    • The buzzer along with thean infrared receiver can be programmed to trigger an acoustic signal when an obstacle is detected near the operated robot.
    • LEGG TIL EN NY RETTELSE! - Setning 25LEGG TIL EN NY RETTELSE! - Setning 25
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    • Besides, the board has a slide switch, an LED that indicates that the module is on, a polymer fuse, and protection against voltage with reverse polarity.
      Stem nå!
    • BesidesIn addition, the board has a slide switch, an LED that indicates that the module is on, a polymer fuse, and diode protection against voltage with reverse polarity voltages.
    • LEGG TIL EN NY RETTELSE! - Setning 26LEGG TIL EN NY RETTELSE! - Setning 26
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    • The board requires a voltage of 7-11 V, while the Arduino base module draws power from the Robot Shield board and thus does not need a separate power source.
      Stem nå!
    • The board requires a voltage of 7-11 V, while. However, the Arduino base module draws power from the Robot Shield board and thus does not need a separate power source.
    • LEGG TIL EN NY RETTELSE! - Setning 27LEGG TIL EN NY RETTELSE! - Setning 27
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    • SparkFun XBee Shield – a shield for Arduino Radio communication with the XBee system is a great way to increase the wireless communication capabilities of Arduino, and this can be achieved with a compatible SparkFun XBee Shield module attached to the baseboard.
      Stem nå!
    • SparkFun XBee Shield – a shield for Arduino¶
      Radio communication with the XBee system
      . This is a great way to increase the wireless communication capabilities of Arduino, and this can be achieved with a compatible SparkFun XBee Shield module attached to the baseboard.
    • LEGG TIL EN NY RETTELSE! - Setning 28LEGG TIL EN NY RETTELSE! - Setning 28