Blog

What Is A Modular Power Supply? Everything You Need To Know

Wondering what a modular power supply is, and how they differ from their non-modular counterparts? You've come to the right place. Here at Bravo Electro, we're the experts in all things power supply. We're going to break it down in laymans terms to help you gain an in-depth understanding of how this style varies from others and when you may need one. In this article, we're going to explain everything there is to know about modular power supplies. We'll start by answering the question "what is a modular power supply?" in simple terms that anyone can understand.

Then, we'll talk about why modular power supplies are essential, and explain the different situations where they're necessary. Finally, we'll discuss the pros and cons of modular power supplies, and help you pick the right one for your needs. At the very end, we'll recommend the #1 place you can find all your modular power supply essentials - so stick around for that! Let's get started with the main question you came here with today:

What Is A Modular Power Supply?

A modular power supply is a type of unit that gets its name from the fact that it has several removable cables. The "modules" in question are the various parts of the PSU that can be added or removed as needed. This flexibility is one of the main advantages of modular PSUs since you're able to add or remove cables based on your needs - which we'll talk about more later.

Now that we've answered the question "what is a modular power supply?" let's move on to explaining why they're essential, and some of the situations where you may need one.

What Is A Modular Power Supply Used For?

As we briefly touched on before, modularity is one of the key advantages of this style over non-modular PSUs. When you're not using all

The Complete Guide to Trouble Shooting Power Supplies

Want to learn how to check power supply sources? You've come to the right place. In this complete guide, we're going to teach you everything you need to know.

Did you know that one of the most important things you can do to keep your business running smoothly is trouble shooting power supplies? It's true! Power supplies are essential for powering everything from computers to machinery. If something goes wrong with your power supply, it can cause all sorts of problems - and potentially shut down your business.

In this guide, we'll teach you all about troubleshooting power supplies. We'll explain what it is, how to do it, and what to look for when you're troubleshooting. Stay safe and stay powered up! First things first - what exactly does it mean to troubleshoot your power supply?

What Is Trouble Shooting Power Supplies?

Trouble shooting power supplies simply refers to the process of checking your power supply sources for any potential problems. This is important because if there is a problem with your power supply, it can cause all sorts of issues - from minor inconveniences to complete shutdowns. What does power supply troubleshooting entail?  Depending on the size and complexity of your business, troubleshooting power supplies can be a simple or complex process.

At its most basic, troubleshooting power supplies involves checking all of the cords and connections to your power supply sources. This includes making sure that all of the cords are plugged in properly and that there are no loose connections. Additionally, you'll want to check for any signs of damage - such as frayed wires or cracked plugs. If you notice any damage, it's important to replace the damaged component immediately.

In some cases, troubleshooting

How To Stop RFI From AC To DC Power Supply

Do you hear a high-pitched noise coming from your power supply? This buzzing can be enough to drive even the most patient of people mad. If this is something you've been experiencing lately, you're not alone. Many people just like you hear this irritating sound, and despite all the attempts to fix it, it can be tough to find a solution. But don't worry - we're here to help address the problem with the most simple solution possible.

In this complete guide, we'll teach you how to stop RFI from ac to dc power supply. Not only that, but you'll learn what is causing that horrible noise you've been hoping to eliminate for some time now. After an in-depth explanation of how to stop RFI noise from your power supply, we'll teach you where to buy power supplies that never produce RFI noise. Because, spoiler alert - that RFI noise is caused by a cheap, low-quality power supply! The solution is as simple as replacing your power supply with a high-quality alternative that features RFI shielding.

Before we get into all that, let's start with some basic information - what is RFI in the first place?

What Is RFI Noise?

RFI, or radio frequency interference, is a type of electromagnetic pollution that can come from all sorts of electronic devices. In most cases, RFI noise is caused by electrical equipment that isn't properly shielded. This can be everything from your power supply to your computer's CPU fan. When these devices aren't sufficiently shielded, they can cause electrical interference that manifests as a high-pitched noise. And in some cases, this noise can be so loud that it's actually painful to hear!

RFI noise can sound like a lot of things, depending on the person hearing it. Some people compare it to a high-pitched buzzing, while others say it sounds more like

What Is An AC DC Power Supply?

What is an AC DC power supply? This is a question that we get asked often at Bravo Electro. And it's a valid question - after all, not everyone knows what these are or what they're used for. So, in this blog post, we want to answer that question and give you a little more information about AC DC power supplies. We'll talk about the different types of AC DC power supplies, and we'll explain what these are used for. Then, we'll talk about what you need to know when shopping for your own AC DC power supplies. First things first - let's address the question at hand.

What Is An AC DC Power Supply?

So, what is an AC DC power supply? While you may not know it just yet, these make the world go round. You rely on them each and every day.

An AC/DC power supply is an electrical device that converts alternating current (AC) to direct current (DC). AC is the type of electrical current that is used in homes and businesses, while DC is the type of electrical current that is used in electronic devices. AC/DC power supplies can be used to power electronic devices from an AC outlet. If you want to take a deeper dive into the AC vs DC power debate, read our complete guide on the difference between AC and DC power supply.

There are two main types of AC/DC power supplies: linear and switch-mode. Linear power supplies use a transformer to convert AC into DC. Switch-mode power supplies use transistors to convert AC into DC. Switch-mode power supplies are more efficient than linear power supplies and are often smaller in size.

How To Convert DC To AC: Inverter Power Supply

Whether you’re trying to power an air pump from your car while camping or you’re trying to use a backup generator at home while the power is off - learning how to convert DC to AC power supply is a great idea for anyone. Chances are, you’ll need to do it at some point in your life.

And fortunately for you, you’ve come to the right place. Because today, we’re going to teach you how to convert DC to AC power supply with ease using an inverter. You’re also going to learn about a few different use cases for the inverter - in other words, situations where you may need to rely on a DC to AC conversion. But first things first - let’s go over a brief refresher regarding AC vs DC.

AC vs DC Power - What’s The Difference? 

No, it’s not just a band name - AC and DC are the two types of power supply in our world today. One was made famous by Thomas Edison (DC), and the other was made famous by Nikolai Tesla (AC). They both have their place, and there is still much debate today over which is superior. In our blog post covering the difference between AC and DC power supplies, you’ll learn all there is to know about these two types. For now, we’ll just give you a brief introduction and overview of the two types for the sake of this article.

AC, or alternating current, provides power in an alternating current - it’s in the name. This means that power alternates between positive and negative, jumping back and forth along the wavelength. DC, or direct current, is the exact opposite - it provides power in a steady, straight line.

Now, you may be thinking to yourself - why would we use AC if it’s not a steady supply like DC? Well, they each have their own unique pros and cons that make them suita

What Is The Difference Between AC and DC Power Supplies?

Whether you're an aspiring electrical engineer or purchasing manager, or even a contractor, you're going to need to learn all about the difference between AC and DC power supply. This is a topic that can get pretty complicated - but it's important you get a good grasp on which of these power supplies best suits your needs.

Don't worry - today, we're going to answer one of the most common questions we get as a power supply retailer: what is the difference between AC and DC power supply?

Simply put, these are the two forms of electricity. While both are essential to getting electronics powered on and working, they do have key differences you must be aware of. And as you'll soon discover, one is not necessarily "superior" to the other. Let's get things started by quickly explaining what each power supply is.

What Is AC Power Supply?

An AC power current, or alternating current, is the style that dominates today's market. These are what primarily bring power into buildings - even in situations where that AC power is immediately converted to DC power. As the name suggests, the power flows in an alternating current - changing directions periodically.

This periodic change in directions is caused by the electrons in the power. Electrical currents are a direct result of the activity of these electrons, and they can move upward (positive) or downward (negative). Electricians and manufacturers refer to this change in direction as the sinusoidal AC wave. What causes this wave, though? Alternators at a power plant.

Alternators at a power plant are scaled-up versions of the alternators in your car or any other type of alternator for that matter. They all work more or less under the same principles. A wire loop is spun inside a magnetic field to generate energy. As the wire spins through areas of different magnetic polarities, the current changes - thus you have the alternating current.

Why does all