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Memo: EE - Boards | Arduino Products Review

Table of contents

(Feature image from: Types of Arduino Boards – Quick Comparison on Specification and Features - Circuit Digest Searched by arduino series in DDG image)


Simulation Platforms

::: aside References:

  1. 如何在线虚拟仿真Arduino?Arduino仿真软件介绍!_哔哩哔哩_bilibili
    • Searched by arduino 仿真实验室 in DDG
  2. Arduino 用Proteus仿真基础知识和实例 - CSDN博客 (Found in s1)
  3. 欢迎使用Wokwi! | Wokwi Docs
  4. UnoArduSim:无需Arduino板即可学习Arduino编程和调试代码的模拟器 - 知乎
  5. 【工具推荐】Arduino仿真工具合辑 - CSDN博客
  6. Arduino 仿真 - 小鹏STEM
  7. Best Arduino Simulators (Online & Offline): Our 11 Picks
    • Searched by Simulator for Arduino in DDG
  8. Fritzing电路仿真 - 萧驭 - 博客园
    • Searched by fritzing 仿真 in DDG
  9. Arduino Workshop-Piezo Knock Sensor - Hackster.io
    • Searched by Piezo electric disc experiments with Arduino in DDG
  10. Supported Hardware - Docs - Wokwi
  11. Build a circuit - Fritzing
    • Searched by fritzing breadboard in DDG :::

Notes:

(2024-10-23)

  1. Tinkercad

    (2024-10-25)

    • Able to simulate Piezo element.

    • Able to simulate Force Sensor (Prompted by keyword: “pressure”)

  2. Proteus

    • It can do simulation for UNO. (r2-csdn)

    • Input .hex file generated from Arduino IDE. (r5-csdn

  3. Wokwi

    • Example of using I2C to read an acceleromotor: wokwi-mpu6050 6-Axis Accel & Gyro Sensor

    • Don’t know how to simulate the communcation between two Arduino boards, as there is only one file: sketch.ino in the code editor.

    • Doesn’t have Piezo elements for simulation.

      It has a piezoelectric buzzer: wokwi-buzzer Reference - Wokwi Docs

    • Doesn’t have oscilloscope.

      It has Logic Analyzer for learning I2C protocol. (Found when browsing the Docs)

    • Most of the ‘Supported Hardware’ have associate libraries. (r10-Wokwi)

UnoArduSim


Fritzing

(2024-10-24)

  1. Fritzing

    • Many hardware breadboard illustions (Piezo-demo) has a designation of this software.

    • Some review mentioned its simulation is so-so. (Frit-Cnblogs)

    • Versions after 1.0.0 are not free. I downloaded: fritzing.0.9.3b.64.pc.zip from a 3rd party website.

    (2024-12-03)

    • The component: Mystery Part is used for searching a part that has the same properties you set to the “Mystery Part” r11-Circuit.

Import Components to Fritzing

  1. Problems:

    1. How to add SparkFun components to fritzing?

    ::: aside

    References {{{ 1. [sparkfun/Fritzing_Parts](https://github.com/sparkfun/Fritzing_Parts) }}}
    :::
  2. Supports:

    1. “Core” –> “Import” r1-add

    ::: aside

    References {{{ 1. [How to add a new part to Fritzing? - Wiztaqnia](https://www.wiztaqnia.com/how-to-add-a-new-part-to-fritzing/)
    Searched by `add external part to fritzing` at [DDG](https://duckduckgo.com/?q=add+external+part+to+fritzing&ia=web) }}}
    :::

Boards

Nano

References:

  1. Nano - Arduino Docs

    • Searched by arduino nano pins in DDG
  2. Master Your Arduino Nano Pins with This Handy Guide! - YouTube - The Last Outpost Workshop Found in s1

  3. Front

    * Image from [Arduino Nano — Arduino Official Store](https://store.arduino.cc/products/arduino-nano) * Searched by `arduino nano pins` in [DDG image](https://duckduckgo.com/?q=arduino+nano+pins&iax=images&ia=images)
  4. Pinout


Notes:

(2024-10-28)

  1. Nano’s pin-13 is the built-in on-board LED (r1-Docs).

  2. Pins of Nano:

    (2024-10-29)

    1. A stands for Analog;

    2. D stands for Digital;

    3. The bi-directional pins can be set as INPUT or OUTPUT modes;

    4. VIN and Micro USB port CANNOT simultaneously plug in, as they both are input source.

      • VIN should be input 7 - 12 V voltage.
    5. RX and TX can be used as INPUT/OUTPUT pins, as long the Serial library is not called.


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