Arduino

In this chapter, we will learn some advanced Input and Output Functions. analogReference() Function Configures the reference voltage used for analog input (i.e. the value used as the top of…

The pins on the Arduino board can be configured as either inputs or outputs. We will explain the functioning of the pins in those modes. It is important to note…

Arrays with two dimensions (i.e., subscripts) often represent tables of values consisting of information arranged in rows and columns. Following are the key features of multidimensional arrays − To identify…

To pass an array argument to a function, specify the name of the array without any brackets. For example, if an array hourlyTemperatures has been declared as the function, the call passes…

An Array in Arduino is a consecutive group of memory locations that are of the same type. To refer to a particular location or element in the array, we specify…

The micros() function returns the number of microseconds from the time, the Arduino board begins running the current program. This number overflows i.e. goes back to zero after approximately 70…

This function is used to return the number of milliseconds at the time, the Arduino board begins running the current program. This number overflows i.e. goes back to zero after…

The delayMicroseconds() function accepts a single integer (or number) argument. This number represents the time and is measured in microseconds. There are a thousand microseconds in a millisecond, and a million microseconds…

The way the delay() function works is pretty simple. It accepts a single integer (or number) argument. This number represents the time (measured in milliseconds). The program should wait until moving on…

Arduino provides four different time manipulation functions. They are − S.No.Function & Description1delay () functionThe way the delay() function works is pretty simple. It accepts a single integer (or number) argument. This…