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 ...
In today's digital world, having a website is no longer an option but a requirement. Whether you own a small business or a personal blog, your website is the online presence of your brand. However, more than simply creating a website is required. To achieve long-term success, constant website maintenance is required. This blog will explain why continuing website maintenance is necessary, how it preserves your online presence, and why selecting reliable web hosting at a low cost is critical to maintaining your website in good form.
What is website maintenance?
Website maintenance is the constant practice of monitoring your website for errors and keeping it up to date. This involves anything from correcting broken links and photos to upgrading material, software, and plugins. It also entai ...
Hello readers! I hope you are doing well. Today, we are going to explore the MC34063 buck converter library for Proteus. An MC34063 buck converter is a type of DC-DC power converter that steps down the high voltage to the low voltage. It’s a popular device to get lower DC volts because it provides a stable output. By default, Proteus software does not have the buck converter; therefore, I designed the library for the simulation of the projects with this converter. In this tutorial, I’ll discuss the basic introduction to Buck Converter and Proteus library installation, and will also share the most basic simulation to see how it works.
Introduction to the MC34063 Buck Converter
The Buck converter is a step-down DC-DC converter that decreases the voltages while increasing the current and pr ...
Managing a fleet of vehicles is a big job, and while there are many tools you can use to make it easier (like automation), you still need to spend quite a bit of time coming up with the metrics you’ll track.
Running a profitable, functional fleet requires knowing how each vehicle is performing at any given time, along with tracking routine maintenance and opportunities for warranty reimbursements on repairs. This requires tracking specific metrics.
So, which metrics should you track? It depends. To get a good idea of your options, here are the top four metrics fleet managers track across various industries.
1. How well your KPIs are being met
It’s a good idea to start tracking the efficacy of your Key Performance Indicators (KPIs) because all too often, KPIs are created arbitrarily to ...
In the modern world, the lines between disciplines are increasingly blurred. One of the most fascinating intersections is that between engineering and marketing. Traditionally seen as separate fields—engineering focused on building and designing, and marketing centered on promoting and selling—these two areas are now more intertwined than ever. The rise of digital technologies and the demand for innovative products have brought engineering and marketing into close collaboration, creating new opportunities for businesses to thrive.
Evolution of Marketing Through Technology
Marketing has always been about understanding the customer and delivering value. However, the tools and methods used in marketing have dramatically changed over the past few decades. The digital revolution has introduce ...
Have you ever gazed in awe at a towering skyscraper, a sports car, or a crafted medical device and wondered, "How was that created?" The answer often lies in one factor; accuracy. Accuracy in engineering isn't a term; it's the essential element that transforms a great concept into an exceptional reality. At the core of this accuracy is metal fabrication—a routine process that is indispensable for bringing engineering marvels to life.
The Essential Role of Precision in Engineering
Let's be honest within the realm of engineering even the smallest error can lead to issues. Picture a bridge that is just slightly miscalculated. It's quite unsettling, isn't it? This is why accuracy is so critical. It's not about getting things it's about getting them precisely right. Accuracy ensures that ever ...
In mathematics, antilogarithms (or antilogs) are a fundamental concept that often comes across in scientific calculations, engineering, and various applied fields. Understanding how to calculate antilogarithms is important for anyone working with logarithms or exponential functions.
This article aims to guide you through the process of calculating antilogarithms
step-by-step, ensuring a clear and comprehensive understanding of the concept.
What is Antilog?
The antilogarithm commonly called antilog, is the mathematical operation that undoes the logarithm. It's a fine function that helps us find the original value from a given logarithmic value. In simpler terms, the antilog allows us to determine the actual number when we only have the logarithm of that number.
The formula:
Antilog( ...
Vacuum casting is the key technique for plastic or rubber part fabrication using a vacuum and stands out as a premier method for small batches of polyurethane products. This method is particularly valuable for the creation of samples of products so the manufacturer can assess the trend, market response, customer feedback, and product performance before working on full-scale production. Injection molding is another technique used for plastic model manufacturing, but vacuum casting is cost-effective and most suitable for small production. This article will shed light on the vacuum casting introduction, its working principles, pros and cons. Let’s discuss each point in detail.
Vacuum Casting Definition
Vacuum casting, also termed polyurethan ...
The printed circuit board (PCB) is the backbone of electronic circuits, and for complex circuits, multi-layer PCBs are utilized to enhance productivity. PCB drilling is a crucial process, especially in multilayer PCB production, and involves precise via creation through laminate material. We know that vias are important conduits that bridge the gaps between multiple layers of PCBs. These are considered the conductive connections in a PCB, especially if it has multiple layers. Without vias, the multilayer PCBs have limited design flexibility and are impractical. In PCB manufacturing, there are multiple drilling types, but today I am going to discuss the comparison between the two most important methods, i.e. mechanical drilling and laser drilling.The appropriate drilling technique selection ...
Hello everyone, I hope you all are doing well. In today’s tutorial, we are going to discuss the PCB Etching process, a fundamental step in PCB manufacturing. The PCB Etching process is used to remove the unwanted copper from the PCB surface to reveal the desired circuit pattern.
As we know, a PCB board has a complete copper layer in its raw form. We design our circuit in the software(i.e. Eagle, Altium, Proteus etc.) and place the pattern on the PCB board. This circuit pattern is normally protected by the tin plating, as shown in the below figure:
Now, there’s a need to remove the extra/unwanted copper layer from the PCB board and this process is called the PCB Etching Process. PCB Etching is carried out in various ways and the most commonly used i ...
