What is an Have What is an you heard the term? itself is an open source prototyping device. So, in this article, we will start discussing from its definition, uses, components, comparison with similar prototype devices, pros and cons. So, read this article carefully so as not to miss any information.
According to the official website, is an open source electronic device that is often used to design and manufacture easy-to-use electronic devices and software. is designed to facilitate the use of electronic devices in various fields.
has several important components such as pins, microcontroller and connectors which will be discussed in detail later. In addition to this, also uses the Arduino Language programming language, which is slightly similar to the C++ programming language.
Arduino is commonly used to develop a variety
Of systems such as temperature control, agricultural sensors, smart device controllers, and more.
Arduino components
As mentioned earlier, the Arduino has several important components. So here are the instructions for each Arduino component:
microcontroller
The first component is the Guangdong Mobile Number List microcontroller. A microcontroller is a chip that allows you to program an and process outputs based on given inputs. In short, this microcontroller is the brain of the Depending on the type of Arduino, there are many types of chips used.
pin
Next is the pins. This pin is used What is an Arduino to interface the Arduino with the various components you will be using. The itself has two types of pins, analog pins and digital pins.
digital pin
These pins can receive or transmit digital signals. Digital means that the received or transmitted signal value is 1 or 0, i.e. high or low. Most Arduino devices have 14 digital input and output pins.
analog pin
An analog pin on an Arduino is a pin used to receive
Analog input. It can accept analog voltages from 0V to 5V. In general, each Arduino type has at least one analog pin.
Each pin on an can generally be FIND List configured in two modes, input and output. In input mode, this pin will be set to receive an input signal. Likewise, in output mode, the pin will be set to transmit a signal.
Connector
The last component is the connector. The itself has two rather important connectors, the power connector and the serial connector.
power connector
The power connector is the connector used to power the . This power supply is used to power the and other devices connected to it, such as sensors and monitor screens.
serial connector
This serial connector is typically used to connect the to your device, such as a computer or laptop. This connector uses the standard USB port on the Arduino. In addition, this connector can also be used as a power connector. However, the serial connector is only implemented on newer Arduino devices.