Volt meter proteus library how to#
The second Adafruit example is SSD1306 OLED with I2C (IIC or: Inter-Integrated Circuit). in this tutorial we will learn how to add RF Module Library For Proteus.This file runs in both Proteus 7 and Proteus 8.But before running it, you have to get these files download.The file that you download you will be in zip file. Proteus simulation file download (for version 8.6 and higher): The video below shows the simulation result: This example works with Proteus simulation software since it (Proteus) contains the SSD1306 OLED library. We can open the example by going to Arduino IDE:įile -> Examples -> Adafruit SSD1306 -> ssd1306_128圆4_spiĮxample circuit connections are shown below where:
The SSD1306 library comes with 4 examples, one of them is using the SSD1306 OLED with SPI mode. Using SSD1306 with SPI mode (4-wire SPI): We need an other library named Adafruit GFX (graphics library) which can be installed through Arduino library manager or manually by downloading it from the link below: I commented the default display type #define SSD1306_128_32 and uncommented #define SSD1306_128_64 because I’m using 128×64 pixel display (0.96″). Opening the file with a text editor such as the Arduino IDE gives (scroll down as shown):
Volt meter proteus library driver#
Note that the Adafruit SSD1306 OLED driver supports 3 types: 128×64, 128×32 and 96×16 pixel, we can select between them in the driver file Adafruit_SSD1306.h. Note that resistance of R1 = R3 = R8 = 0 ohm.Īdafruit Industries provides a very nice library for the SSD1306 OLED, it can be easily installed using Arduino library manager (Sketch -> Include Library -> Library Manager), or manually by downloading it from the link below and adding it to Arduino libraries folder (C:\Program Files\Arduino\libraries): The SSD1306 OLED which I used is shown below (back view), the default mode is SPI which can be changed to I2C by removing the resistors R3 and placing the resistors R1 & R8 (as written on the board). The SPI protocol is faster than the I2C protocol but it uses more pins: SCK, SDA, CS (chip select: active low), D/C (data/command) and a rest pin (RST). The I2C protocol needs only 2 lines: SDA (serial data) and SCK (serial clock), an additional line is required which is a reset line (RST). In this topic I’m going to show how to use I2C and SPI protocols with this display. The SSD1306 display contains a driver chip with the same name (SSD1306), it can communicate with the master device (microcontroller, microprocessor …) over I2C protocol, SPI protocol or 8-bit parallel protocol.
Also we’ll show how to simulate the SSD1306 display using Proteus ISIS. The SSD1306 is a monochrome display which means it has only one color (white, blue, yellow …). This topic shows how to interface Arduino UNO board with SSD1306 OLED display (128×64 pixel).