Utilizing ADC for Mission Measuring: Analogue Alerts Interface

Studying analogue alerts could be very helpful in a mess of purposes. For instance many sensors output an analogue sign that’s proportional to the stimuli being measured like temperature, mild, strain and sound degree.

The Raspberry Pi GPIO lacks built-in Analogue to Digital Converters (ADC) for instant measurements. The focus of this guide is on leveraging an external ADC for accurate measurements by connecting it to a variety of sensors.

Mission 1 – Measuring Voltage

Mission 2 involves measuring temperature by utilizing the TMP36 sensor. This mission focuses on utilizing the analog-to-digital converter (ADC) and delves into the practical application of temperature measurement. To learn more about this mission and how to measure temperature effectively, refer to the relevant section in the book.

Mission 3 – Resistance Measurement

Mission 4 focuses on measuring temperature by using a Thermistor, which is an analogue sensor. This mission involves utilizing the ADC (Analog-to-Digital Converter) to accurately measure temperature. For detailed instructions, refer to the relevant section in the book.

Mission 5 – Measuring Mild Stage utilizing a Mild Dependent Resistor

Mission 6 – Measuring Power utilizing a Power Sensing Resistor

Mission 7 – Measuring Voltage of a Automotive Battery

Mission 8 – Measuring Low Voltages

Mission 9 – Measuring Energy Utilizing a Present Clamp

Mission 10 – Measuring Sound Stage Utilizing a Microphone