With a real arduino the HEX is transparently sent over a serial port to the microcontroller to self program so normally you don't see the HEX file. In VBB though we pass the HEX directly to the virtual microcontroller as a File and then VBB decodes the file and executes the binary so we need access the HEX file itself.
arduino toolkit virtualbreadboard
Hi There, A very nicely written article indeed. Is it possible for you to also write an article on our simulator for Arduino, which we have developed and is being updated all the time. there are a few noticeable advantages compared to TinkerCAD. One published referecence is here: -lab.com/wokwi-com-arduino-simulator-introduction/
I hope you do not mind me making a few remarks on your project:1. the sensor. The sensor is a resistance sensor, not a capacitive. so it does not measure the dielectric constant but simply the resistance of the soil between the two 'legs'If it were a capacitive sensor it would need to be isolated from the soil and you could not simply measure it with an analog port.2. As you are reading it with an analog port, the module itself (the module in between the sensor and your arduino) becomes redundant and just uses power for nothing.The Analog pin on the module, is directly connected to the sensor, bypassing the electronics on that module. better connect the sensor directly to the analog port on your arduino.3. As the sensor will be fed current oon a continous bas, it will corrode due to electrolysis very rapidly. One can use an Arduinopin rather than a continous 5Volt to feed the sensor and switch it off in between readings. That will seriously enhance the time your sensor will last.I hope you do not mind me making these essential remarks 2ff7e9595c
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