I am Kashif Mirza, the founder of

ProjectIOT123. I am an Embedded Engineer and working on Embedded Projects since 2003. I have worked on Arduino, Raspberry Pi, PIc Microcontroller, 8051 etc. and have designed both prototypes & industrial projects.

In this post I will discuss about the ultrasonic sensor and the simulation model of the Ultrasonic sensor in the Proteus library. In the previous post I have discussed the Printed Circuit Board designing in the Proteus and this post will be oriented on the simulation of the ultrasonic sensor in the Proteus. After reading…

In this post I will take you through process of designing the printed circuit board in Proteus. If you are an electronics engineer then you should have the skills from the schematic design to the printed circuit board design. There are a lot tools for designing the printed circuit board but the most common and…

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…

In this post I will discuss about the Laplace Transform Definition and Inverse Laplace Transform. In the last post I have discussed about the transfer function and bode plot in matlab and there I have mentioned that the Transfer Function in MATLAB and bode plot in matlab After reading this post you will learn about…

Bode Plot is the commonly known analysis and design technique employed in the design of the Linear Time Invariant (LTI) system. Bode Plot compliance the complete information about the frequency response of the Linear Time Invariant System but do so in the graphical domain. That is the Bode plot consists of the Bode Magnitude Plot…

Bode Plot A Bode Plot is an important tool for designing and analyzing the circuits especially the feedback circuits. A Bode plot technique is based on designing and analyzing the electrical / electronic circuits in the frequency domain. This technique is named after the man who created it Hendrik W. Bode.…

In this post I will discuss about the input bias current and input offset current of the practical Operational Amplifier. In the last post I have discussed about the DC offset voltage of the Operational Amplifier and there I have mentioned that the practical Operational Amplifier due to the limitation of the manufacturing technologies are…

In this post I will discuss about the DC imperfections of the Operational Amplifier. I have discussed in my previous posts that the practical Operational Amplifier does not exactly match the attributes of the Ideal Operational Amplifier due to which various problems arises in the operational of the practical circuit based on the Operational Amplifier.…

In this post I will discuss about the Operational Amplifier configuration as the Summing Amplifier. In the last post I have discussed the Operational Amplifier as the Programmable Gain Amplifier. I have mentioned there that the Operational Amplifier can employ to perform a variety of operations and the Operation that each op-amp configuration performs…

In this post I will discuss the implementation of the Operational Amplifier as the active high pass filter. In the previous post I have discussed the Operational Amplifier as the Summing Amplifier and we learned there that the Operational Amplifier can be configured to perform a lot of operations and the operation that the…