Introducing the Soil Moisture Sensor Library for Proteus! As part of my ongoing effort to enhance your simulation experience, I’m excited to bring you this new addition. This model is designed to replicate the functionality of a real soil moisture sensor, allowing you to simulate its behavior in various soil conditions without the need for actual hardware.
What is Soil Moisture and Its Sensor Module?
Soil moisture refers to the amount of water present in the soil. It’s an important factor for plant growth, agriculture, and environmental monitoring, as it directly affects irrigation needs and soil health. A soil moisture sensor module is a device used to measure the water content in soil. It typically consists of:
- Probes or Electrodes: These are inserted into the soil to detect moisture levels. They work by measuring changes in conductivity or resistance based on the soil’s water content.
- Control Circuit: Converts the raw signal from the probes into readable outputs, often as analog or digital signals.
- Outputs:
- Analog Output (A0): Provides a range of values indicating moisture levels.
- Digital Output (D0): Acts as a simple threshold indicator, signaling whether the soil is wet or dry.
Soil Moisture Sensor Proteus Model
The Soil Moisture Sensor module I designed features a linear sensor that provides an analog output, which changes based on the moisture level in the soil. The more moisture detected, the higher the analog value. You can easily adjust the sensitivity of the sensor to suit your project’s needs using the increment and decrement buttons on the module.
In addition to the analog output, the module also includes a digital pin that outputs a digital value. By default, this pin is high when the soil is dry, and it switches to low when the soil moisture reaches a certain threshold, indicating that moisture is detected. You can customize this threshold by adjusting the settings in the model properties menu to match your desired moisture levels.
How to Use it with Arduino
Wiring the Soil Module to Arduino:
- VCC (Sensor Pin) → Connect to the 5V
- GND (Sensor Pin) → Connect to the GND
- A0 (Analog Output Pin of the Sensor) → A0 (Analog Input Pin of Arduino)
- D0 (Digital Output Pin of the Sensor) → (Connect to any Arduino digital input pin)
Arduino Code
Proteus Simulation
Download Library
Simply click on the button to download the library. You can refer to this post for instructions on how to install the library in Proteus 8. How to Download and install Library in Proteus (electronicstree.com)
Please wait 120 seconds: after that, your download will begin ⏳
ZIP Password : electronicstree.com
If you have any requests for Arduino Module Libraries in Proteus, please leave a comment or message us using the contact form.
GRACIAS POR COMPARTIR LAS LIBRERIAS, ERES UN GRANDE SIGUE ASI 🙂