If you are a hobbyist or a professional working with electronic devices and using Arduino boards such as Uno or Mini, you would know these boards are not built to be energy efficient. In situations where you have to run them on batteries, the board may be drawing as little as 15 milliamps of current, but this adds up and quickly drains the battery. You probably also know that the boards come with many parts, some of which you won't require for your project. These parts consume power unnecessarily, making your device a power guzzler. Wouldn't it be nice if you could reduce your Arduino's power consumption to a minimum? This course provides you with many tips and techniques to manage your Arduino's power consumption without additional expense or damaging any parts. You will also learn to build your own Arduino board with only the parts you need, thus consuming less power.
The course is divided into two modules. The first module demonstrates at least ten ways to reduce your Arduino's power consumption, and the second shows you how to build your own Arduino board. You will begin by learning about the hardware and software you will need to work on your Arduino board. Then, we will guide you on downloading and installing the software packages. We will look into simple techniques of lowering power usage, such as reducing the voltage supply and replacing specific power-consuming components. Next, more complex tricks are outlined, such as writing codes in Arduino IDE for wake up modes. You'll be able to use this to wake the Arduino from sleep under different conditions. Another crucial skill covered in this course is saving power by putting the Arduino into a deep sleep or turning the board off and on at set intervals. Determine how to set up a solar-powered battery system to power your Arduino board, build an external sensor circuit to control the power supply to the board, reduce the clock speed, and use other power reduction options.
Are you ready to sign up yet? If you've been using only ready-made Arduino boards purchased from the market, the second module will be even more helpful to you. Familiarise yourself with the different components of an Arduino and understand its functions. Practise how to wire up your Arduino using a breadboard and connect its various parts. The Atmega chip is the brain of your board and how it is connected and bootloaded for use is imperative to understand. This course will teach you almost everything you need to know about Arduino boards and give you more control over your devices. Start now and become an Arduino expert within a couple of hours.
