In this post I will discuss the interfacing of the Raspberry Pi with the Ultrasonic sensor. In the previous posts I have discussed the Inter-integrated circuit (I2C) serial communication, Serial Peripheral Interface (SPI) serial communication and GPIO programming using the Python language. The purpose of using the Python language in these tutorials is as described…
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In this post I will discuss the General Purpose Input/Output pins of the Raspberry Pi and how to program the Raspberry Pi to use these General Purpose Input/Output pins in the systems where there is need to control the servo motors, stepper motors, DC motors, LEDs, Relays etc. We will be considering the Python language…
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In the previous article I have discussed about the enabling of the Serial Peripheral Interface (SPI) port in the Raspberry Pi because it is disabled by default in the Raspberry Pi. We have learned what the SPI port is and how it enables the serial communication between the Raspberry Pi and the SPI peripheral ICs.…
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In the previous articles I have discussed about the I2C serial communication and how to enable the I2C port in the Raspberry PI. In the same way this article will be oriented around the SPI communication. Like the I2C serial port Raspberry PI also has the SPI interface but it is disabled by default too.…
DetailsIn the previous post I have discussed about how to enable the I2C serial communication bus in Raspberry Pi. That was quite easy you need just to type few commands in the terminal window and execute them to enable the I2C serial communication bus. In addition I have also installed the I2C tool that is…
DetailsIn this article I will discuss about how to enable the I2C (inter-integrated circuit) port in the Raspberry Pi. The Raspberry Pi has I2C (inter-integrated circuit) disabled by default, so it needs to be enabled before connecting Raspberry Pi to the I2C devices. So in this post I will discuss the enabling of the I2C…
DetailsIn this article I will discuss about how to connect the 3.5” TFT touch LCD to the Raspberry Pi. With the help of this touch LCD you will be able to control the Raspberry Pi without connecting it to HDMI monitor and also it will be easy to work with it when space and portability…
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In this article I will discuss how to simulate circuits with Arduino microcontroller on Proteus(arduino library for proteus simulation). You will learn how to download the libraries of Arduino for Proteus and simulate the codes build in Arduino IDE on Proteus with additional circuits for example diodes, led, transistors and motors etc. So keep reading…
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In this article I will discuss about the simulation of the Arduino and LCD in Proteus. In the previous article I have discussed the installation of Arduino Library in the Proteus. So this article will be oriented around the Arduino and LCD simulation and you only need to download the LCD library for Proteus which…
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In this article I will discuss about how to simulate the circuit containing Arduino interfaced with Seven Segment Display in Proteus. Seven segment display is simply a display for displaying the numeric data. It is commonly used in different kinds of timers, stop watches and desktops clocks. So in this article the discussion will be…
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