Why Should You Keep Travel Power Adapters Near If You’re a Frequent Traveler?

Although technology is helping to make the world seem a lot smaller, there are still major differences between countries. Electrical standardization is one area where not much has changed since the original national standards were set by each country. If you travel a lot, this can make things very interesting.
                                      power_supply
If you are planning on travelling internationally, finding a right travel power adapter should be as simple as looking up the plug standard for your destination, buying an adapter, and packing your suitcase. However, if you need more than just a plug adapter, you could accidentally ruin your hair dryer.
First, let’s explore why we have so many different plugs and standards across countries and then let’s look at how to check your label and reduce the risk of accidentally buying the wrong travel power adapter or forgetting a necessary converter.
din_rail_WDR-480 din_rail_NDR-480din_rail_KNX-20E-640
There are a few key variations in standards between countries or sometimes even within a country:
  • Current
  • Voltage
  • Frequency
  • Outlet and Plug Shape
Current:

The two main standards for current are AC and DC. In the US, we developed a standard during the famous war between Edison and Tesla. Edison favored DC whereas Tesla favored AC. The big advantage to AC is that it was capable of traveling greater distances between power stations, and in the end, it was the standard that won out in the USA. However, not all countries adopted AC. Neither did all your devices. Batteries and the internal workings of many electronics also use DC power. In the case of laptops, the large external power brick is actually converting AC power to DC.

Voltage:

Voltage is the force with which electricity travels. It’s often described using a water pressure analogy. Although there are several standards, the most common voltage standards for travelers carrying travel power adapters are 110/120V (USA) and 220/240V (other countries).

Do You Need a Travel Power Adapter or Converter?

Now, should you want to travel with a single voltage device – travel power adapter – to a country with different voltage, or you will need a voltage converter. If you travel someplace from a lower voltage to a higher voltage, it will be a step-up converter and if you travel in the opposite direction, it will be a step-down converter. This is the only time you should use a converter, and remember that you don’t need to use them with your laptops. In fact, you might damage your laptop if you do.
In that cases, you need a travel power adapter so that you could do work effectively on your laptop without any fear of burning.
PWR-5V10A-IEC_2_600
Check out the possible travel power adapters you can take and travel safely at power-supply.tw
Location: 1F., No.40, Juren Ln., Sec. 2, Sanmin Rd., Banciao Dist., New Taipei City 22069, Taiwan

Comments

Post a Comment

Popular posts from this blog

Travel Power Adopter- Smarter Technology for Smartest People

Image
Keeping gadgets charged up has become a necessity while travelling.  If you’re staying close to home, there are some adapters and chargers that prove very useful. Whether it’s a short trip across the pond or a worldwide adventure, having a travel power adapter along for the ride is an absolute must. It has a universal design that allows a multitude of plug-in options. It’s a wired world out there. If you plan to explore it with your must-have gadgets like cell phone, tablet, DSLR cam and more, you need to plug each of them into the local power grid. Because so many countries and even regions within countries developed their own electricity standards; thus, it’s safe to have a travel power adapter to prevent diversified power reigns. Technology Keeps You In-Touch with Tomorrow Technology plays an important role in our lives. We keep ourselves connected to others, we get to be constantly informed, and we make our lives easier by using smart devices.  Smart phones, tablet
Read more

Understanding Energy Efficiency for Medical Power Supply Units

Image
Energy efficiency legislation is now in place across most regions of the world. In the main, the focus of these regulations is on the operating efficiency and the no-load standby power consumption of medical power supply units. Driven by the proliferation of external medical power supply products and the environmental impact of leaving power supplies always turned on despite the load not being in use, most legislation set limits for what is considered to be a viable no-load consumption. Being better able to control and lower the power consumed by external medical power supply units, whether a load is connected or not, helps to deliver a significant reduction in the environmental impact. In the USA, there are a number of bodies legislating on energy efficiency; the California Energy Commission, US Congress with its Energy Independence and Security Act and recently the United States Department of Energy. There is also Energy Star that sets limits for electrical and electronic
Read more

Challenges Engineers Face during DC-DC Power Supply Design

Image
Electronic system designers, program managers, engineers, and original equipment manufacturers must address numerous challenges in the selection or development of an appropriate power supply for their systems. These challenges include a multitude of aspects related to the product development cycle, time-to-market, reliability and warranty, parts availability, and life cycle costs. In some cases, an existing power supply can be readily adapted from a different application. In other cases, it may be necessary to develop a new or custom power supply. Let’s examine the major challenges faced in the design of DC-DC power supplies and determine the solution. Top Challenges Faced by Engineers during DC-DC Power Supply 1.     Physical Size : Much as Moore’s law observes an increase in the number of components in a decreasing amount of available space, so too have advances in miniaturization technologies had a dramatic impact on the DC-DC power supply industry. Electronic systems
Read more