Udemy – Arduino Step by Step, 50+ Hour Complete Course 2019-2 – Download

Section 01

In this section, you will gain an understanding of what programming is and why C is the best language for embedded systems programming. For the practical examples you will study next, what is an Arduino board and the difference between a microprocessor and a microcontroller? Advantage of power pins, Arduino program scanning process. How to use digital pins and some light circuits to understand basic Arduino commands. Why can’t we connect a DC motor directly to a microcontroller? Introduction to DC motor drivers and path control techniques.

Section 02

In this section, you will gain an understanding of why we need variables and the different types of variables in C. You will also learn how to receive user input and perform basic arithmetic operations. During the practical session, you will learn what a seven-segment segment is and how to connect a 7-segment to Arduino? Advantage of BCD for 7 segment recorders and how to use it. How to drive a 7 segment 4 digit display using frequency method. Internal architecture of DC relays and control of 230V devices. You will also learn what PWM is, the underlying theory and practical application of PWM.

Section 03

In this section, you will learn why we need decision making in programs and the four different types of decision-making algorithms. You will learn to use an if condition. Step by step, with many examples. In this lab, you will learn how to use a button as an If-Condition program. And from this section you will gain an understanding of digital communication and a deep understanding of RS232. You can also learn about Arduino ports and how to send and receive data using them. See wireless communications and some hands-on demos.

Section 04

In this section, you will learn the If-else condition as the second decision algorithm. We discussed various programs. In this hands-on tutorial, you will learn how to use an If-else condition in an Arduino application. To demonstrate, we have discussed some advanced applications of the pushbutton interface, including bitwise operation. You will also learn about analog-to-digital conversion and its theory. Learn how to connect an analog sensor, such as a soil moisture sensor. In this section, you can learn how to control DC servo motors and servomechanism. You can also connect a 16×2 LCD to Arduino. By the end of this section, you will learn how to create a complete flower plant project, incorporating all the theory you have learned so far.

Section 05

In this section, you will be introduced to the If-else If-else condition as a third decision algorithm. You can also learn loop theory and many examples related to the while loop. In the hands-on class, you will learn the practical use of while loops. Next, you will learn how to connect a 4×4 keyboard to Arduino. Would you like to control a large (industrial) stepper motor? In this section, we will show you a step-by-step guide and demonstration on how to control very large steps using Arduino. By the end of this section, you will be able to understand the exact workings of an ultrasonic sensor and how to program it to detect distance.

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installation instructions

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