![]() Now go to the ‘PROGRAM FILE’ option and browse for the HEX file in the library folder of Proteus software.To upload the HEX file, right-click the board and get to the ‘edit properties’ or double-click the board to reach the edit properties panel.Īs you do this, you will get the figure below. The next task is to upload the HEX file on the Arduino board. Flash memory is the place that stores the Arduino code. Arduino Mini carries 32KB flash memory where 0.5KB is required for the Bootloader.if the current exceeds the required limits it doesn’t harm the board. This board is protected against overcurrent i.e.You can solder the connectors anywhere you like better depending on the available space and requirements of the project. Moreover, no built-in connectors are available.You can also identify the board by measuring the voltage between the GND and Vcc pin. This board contains no USB port and a built-in programmer.There are two versions available one regulated at 3.3V with 8MHz frequency and the other 5V with 16MHz frequency.It carries 14 digital I/O pins where 8 are analog pins and 6 are PWM output pins.Arduino Mini contains an Atmega328 microcontroller mounted on the board. ![]() Let's now look into the Arduino Mini description. When you place your board in the proteus workspace, it will return the figure below. When you press the OK button, your cursor will start appearing with the blinking Arduino board, indicating that you can place this Arduino board anywhere in the given proteus workspace. To do so, click the ‘P’ button of the proteus workspace and search Arduino Mini.
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