Bonjour trainees!!! Welcome to the Engineering projects, We hope you are doing great. In our previous lecture, we discussed the first type of clippers in detail i.e. Series Clippers. Today, we are going to discuss the next two types of Clippers i.e. Shunt Clippers and Dual Clippers. Here are the types of Clippers from the last lecture:
So, today, we are going to cover the below concepts:
what is a Shunt Clipper?
Types of Shunt Clippers
Implementation of shunt Clippers in Proteus ISIS.
Dual Clippers basics.
Implementation of Dual Clippers in Proteus ISIS.
So, let's get started:
What is a Shunt Clipper?
In Shunt Clippers(Parallel Clippers), the diode is connected in Shunt(Parallel) to the input signal source & the load resi ...
Hi mentees, Welcome to The Engineering Projects. If you are seeking for the Practical Implementation of Common Base bipolar Junction Transistor amplifier then you clicked at the best website because we'll cover the basic concepts and the procedure step by step.
So, Lets start the learning.
What is Common Base BJT Amplifier?
The precise definition of the Common Base BJT Amplifier is:
"The type of Bipolar Junction Transistor Amplifiers in which Base is Common to both emitter and Collector and Current gain is taken from the Base is called Common Base bipolar Junction Transistor Amplifiers."
Recall that a transistor has three regions i.e, Base, Collector and Emitter. Hence we design our Circuit in such a way that we get the output of current from ...
Hey buddies, hope you all are fine. In our previous tutorial, we studied Half Wave Rectification and have seen that it rectifies the half wave of the AC signal. Today, we are going to study Full Wave Rectification to rectify the complete AC source. We will design the simulation of the Full Wave Rectifier in Proteus software. So, let's get started:
What is Full Wave Rectification?
A comprehensive definition of full-wave rectification is:
Full-wave rectification
is a process to convert both cycles(positive & negative) of input(sinusoidal) wave to pulsating DC
(Direct current).
We have studied in the previous lecture that Half Wave Rectifiers are used to convert only one cycle(either positive or negative) of an AC signal into a DC signal, thus dissipating the 50% energy of the o ...
Hi Folks! Glad to see you here. Thank you for viewing this read. In this post today, I’m going to list New Proteus Libraries of Embedded Sensors.I’ve shared scores of Proteus libraries and today I’m going to pack them into one single post that will help you scan through all libraries related to sensors in one place. Moreover, if you are alien to Proteus, you can check this post on how to add a new library in Proteus.
I’m going to embed the link to each Proteus library added recently. You can download and simulate Proteus libraries from the respective links. Plus, all these libraries are compatible with Microcontrollers and Arduino boards. All links you find in this post come with two simulations i.e. one simple simulation of the sensors and anot ...
Hello friends, I hope you all are doing great. In today's tutorial, I will show you how to perform Simplest Half Wave Rectification in Proteus. In this tutorial, we will design a simple Proteus simulation, where we will use a diode for half-wave rectification.
Before designing the Proteus simulation, we will first have a theoretical overview of Half Wave Rectification as it's always the best approach to read theory before practical (Proteus Simulation). So, let's get started:
What is Rectification ???
Rectification is an electrical process, used to convert Alternating(AC) Voltage into Direct(DC) Voltage using a circuit called rectifier.
The Rectification process is always carried out using diodes, as we know diodes allow the current to flow in one direction only, thus t ...
Hello friends,I hope you all are fine and having fun with your lives. In today's tutorial, I am going to share a new Proteus Library named as Flex Sensor Library for Proteus. I am quite excited while sharing this one because we are the first one to design this library and share it online. Although, I wanna add one thing here that most of the flex sensors are analog sensors and their resistance changes over bending and believe me I have tried my best to design an analog sensor but despite the efforts we couldn't so I am sharing a digital version of Flex Sensor. So, its not gonna detect how much its bent but it will detect whether its up or bent. So, I thought to share it with you guys. It's better to have something than nothing. You should also have ...
Hi Friends! Happy to see you here. Thank you for viewing this read. Hope you’re well today. In this post, I’m going to discuss the Analog Flex Sensor Library for Proteus. You should also have a look at Digital Flex Sensor Library for Proteus.
I’ve been adding them over the last few days intending to design and share brand new libraries that are not a part of the proteus library database already. I’m adding both simple simulation and simulation with the Arduino board to help you better understand these libraries with microcontrollers and Arduino devices.
Before I go further and walk you through on how to download and simulate Analog Flex Sensor Library for Proteus, let’s get to know what’s Flex sensor first.
Simply put, a flex sensor is used to ...
Hey Learners! Welcome to The Engineering Projects. We hope you are doing great. Our team is working on transistors and today, we'll design a circuit for using the 2N2222 Transistor. In this chapter you will learn:
What is H Bridge with 2N2222 Transistor?
How do the 2N2222 Transistor works?
What is the working of H Bridge?
How can we run the circuit of H Bridge in Proteus using 2N2222 Transistor?
By the same token, you will also learn important information about the topic in DID YOU KNOW Sections.
Introduction to H-Bridge
In electronic circuits, the direction of quantities like the flow of current, EMF, Electric field lines matter a lot. The H Bridge is used to control such motors through its specialized circuitry. The H Bridge is defined ...
Hello students! Welcome to the new tutorial on Proteus Library. I hope you are doing well. Today, the purpose of this article is to describe the basic introduction of the MC34064 Boost Converter library in Proteus and its installation process. The Boost Converter is a popular step-up device that uses an MC34064 IC for voltage monitoring.
Proteus does not have this library by default; therefore, I designed this for the student seeking the solution to the Boost Converter project simulations. We’ll describe the procedure to use it as well, but let’s start with the basic introduction of the MC34064 Boost Converter.
Introduction to the MC34064 Boost Converter
The boost converter is the DC-DC converter device that converts the low input voltage into the high output voltage while maintain ...
Hi Learners, I hope you are doing good. This lesson is about implementation of one of the types of Amplifiers i.e, Common Emitter BJT Amplifier. But, prior to this, we'll revise some basic concepts so that it will be easy for you to understand the roots of the Experiment.
We'll talk about:
What are Common Emitter Bi-Junction Transistors.
Concepts of Common Emitter Bi-Junction Transistors.
Implementation of Common Emitter BJT Amplifiers in Proteus ISIS.
Why we use Common Emitter BJT in Amplifiers.
What are Common Emitter Bi-Junction Transistors
There are three types of Configurations of a transistor named:
Common Emitter Configuration
Common Base Configuration
Common Collector Configuration
We chose the Common Emitter Configurati ...
