Why Does My Charger Spark When I Plug It In?

Why Does My Charger Spark When I Plug It In

When your charger gets that spark whenever you try to plug it in, it is caused by the electrical currents running hot and fast in a continuous loop.

The outlet and the plug come in contact for a split second, almost touching. 

The electrical current reaches across the gap, and that’s where it produces a visible spark because of reaching the gap between the outlet and the charger’s plug.

Different Countries Have Different Plugs

If you are in North America, they use the type A and B plugs, but in Europe, they use the type C, E, and F plugs. The frequencies of these plugs also vary depending on what country you’re in.

Why aren’t universal or standard plugs and frequencies applied in every country?

Each country in the world has its own set of cultures, currencies, writing systems, and traditions that make them distinct worldwide.

But it varies just like cultures in each country because standardization came in too late to be implemented. 

The voltage split was due to the rivalry between Nikola Tesla and Thomas Alva Edison and their take on alternating current versus direct current. 

Thus, different electric companies applied which ones they thought would most fit them.

In the 1930s, a committee was formed to standardize these plugs. Although, it had not succeeded since World War II and was put on hold until the 1950s. 

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Thus, the standardization of these plugs has never been implemented.

Frequently Asked Questions

What Is An Electrical Arcing?

Electrical Arc can be seen when electricity jumps across to another electrical connection, to which a visible spark can occur. Arcing may occur due to:

Loose Plugs In The Outlet

Plugs of your charger or any other loose plugs in the outlet can create electrical arcing, to which the visible spark may cause a spark.

Outlet Not Working

If the outlet is not working, it may indicate something wrong with the outlet and cause electrical arcing. 

Tripping Circuit Breakers

Overloaded circuits can trip the circuit breakers, to which tripping of the circuit breakers indicates a serious electricity problem.

The Lights Dim Or Flicker

Flickering light may pertain to loose connections within your electrical system and cause electric arcing.

The types of outlet sparks may indicate:

  • Long sparks: safe sparks that last in an instant
  • Big sparks: sparks leaps out of the holes in the outlet cover and are harmless
  • Yellow or white sparks: kind of spark you see when plugging in appliances
  • Sparks that smell: once you have plugged in the socket and then it starts to smell like smoke, this calls for an immediate response that can cause fire

What Are AC And DC Power?

Electricity can flow through alternating current (AC) or direct current (DC). In an alternating current (AC) power, these are the ones that come out of power outlets. 

Devices, furniture, and appliances use power outlets, wherein power supplies come from the power grid and then into the power outlets. 

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Electricity flows in an AC power where the electrons move in either a positive (upward) or negative (downward) direction. 

The electricity runs on a straight line in direct current (DC) power. Batteries use DC power for electric flow, which are seen on battery-operated devices such as smartphones, remote control, and laptops.

Alternating current (AC) power is easier to degenerate than direct current (DC) power.

Gridlines are accessible as AC’s power source and are distributed over long distances, from power plants to households and buildings.

Why Do Birds Don’t Get Electrocuted?

Birds don’t get electrocuted because birds are not good conductors of electricity, as electrons from electricity flow on good conductors. 

These electrical power lines are where the electrons flow and move along copper wires, which conduct electricity, unlike birds, where within them are cells. Their tissues are not good electron conductors.

Birds, or even humans, can be electrocuted if they contact ground metal objects where electrons can flow from high voltage to this low or no voltage.