SEO Team

  1. What AC-DC Adapter do I Need?

    Are you on the hunt for the right AC adapter? You’ve come to the right place - in this blog post, we’re going to take a look at the key considerations you should make to help you find the right one.

    Look around you wherever you are and you cannot miss how we’re surrounded by electrical and electronic gadgets. From our mobile devices and laptops to televisions, microwaves, dishwashers, and more - electronics have become an inseparable part of our lives. It is almost impossible to go a day without using an electronic device. Many of these devices require an AC adapter to power them.

    And whether you’re buying an AC/DC adapter for the first time or you’re looking to replace a faulty adapter, you’re probably wondering…what AC Adapter do I need? The answer will depend on your device’s specs. We’ll cover all the important details to consider when replacing AC adapters below, But first, what are these adapters and why would you need one?

    What is an AC Adapter - and Why Would I Need One?

    First things first - what is an AC adapter? Simply put, this is an external power supply that helps you convert AC power to DC power. Thus, this is a type of AC/DC converter.

    Why do you need an AC/DC adapter, though? Maybe the power coming from the mains is not the type that your device needs to work. The mains produces a general-purpose alternating current (AC) electricity power supply while your device needs direct current (DC). 

    Luckily, it is possible to

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  2. Open Frame vs Enclosed Power Supply: What’s the Difference & Which Do I Need?

    Your application needs the correct supply of voltage, current, and frequency to work. However, electrical energy from the source may not have these in the appropriate proportions. This is where power supply comes in. A power supply is a device that converts the source energy into usable power needed to power your end equipment. It supplies AC-DC power to your application and can either be a separate device or come preinstalled in the electrical load.

    Power supplies are essential because, by regulating the input energy, they also prevent its attendant current and voltage surges from reaching the electrical load. This goes a long way in mitigating electrical hazards and faults in the end device. They can also store energy to temporarily power the electrical load in case of an emergency power outage.

    There are different classifications of power supplies. However, on the basis of frame format, they are of two types: open frame and enclosed power supply. Through our open frame vs closed frame power supply comparison, this article will break down these two types of power supply and their differences. You will also learn how to pick the right type for your application.

    What is an Open Frame Power Supply?

    Open frame power supplies, as their name implies, are power supplies that feature open casing. They do not come with protective housing to cover the internal components. Essentially, an open frame power supply has a populated PCB without any covering.

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  3. 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

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  4. 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.

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  5. 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

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