We used all splinters and streams to close several elements in a single container. This allows the circuit to be overloaded or damaged, but it does not reduce the amount of electricity that draws each device. In other words, if your electrical system is healthy, it should not slow down.
This is the assumption of someone with a physics and long -term electrical cabling and writing about it, but Hunles does not cut it when her task is to do it right. So I did my research and interviewed experts. I came across this answer from Google's Gemini Answer: “The available performance is divided into all connected elements, which leads to a reduced electricity for each individual device.” In other words, according to Gemini, plugging in several elements is slow charged.
However: Geminis' answers can be really helpful, but this is a good example of why you shouldn't rely exclusively on it. In this case, the bot seems to be hallucinating. “Your phone doesn't matter whether it shares an outlet with a toaster, a lamp and a television,” says electrician Ryan Gregor in Dissens. “It only pulls the performance it needs.” Other experts I asked agreed.
Does the connection of too many things get into an outlet that slows down the load?
In order for Gemini's claim to be true, an electrical container in an apartment system system should be analogous to a tap. If you turn on more than one tap, the pressure is reduced for each, since the pipes that the taps deliver can only carry a limited amount of water. But that actually doesn't work.
The pressure, the electrical current to the river, is called voltage and in an electrical system in North America it is constant at 120 volts (or 240 volts for larger devices). After the sanitary analogy, it would be more precise to compare an electrical circuit with a water tank that is held fully from an external source and think about the holes drilled in the bottom of the tank. Since the pressure is constant, the only factor that determines the amount of water that flows through each hole is the size of the hole. In an electrical point of view, the “size of the hole” is the current drawing of a device connected to the container.
“It doesn't matter how many devices are connected to a socket,” says electrician and HLK Pro Sergey Nikolin. “The loading speed depends on the performance of the charger and the output.” When a telephone charger draws three amplifiers from electricity, it draws so much, regardless of what else is connected to the container, and the phone is always charged with the same price.
However, there are some important restrictions, as Nikolin explains: “Let us assume that you use a common USB hub that is powered by a single outlet. Here you may notice a slower charging. “That would be due to the internal circuits of the hub, and it is more of a cheap one.
“Also,” continues Nikolin and “can use a socket for several devices that can overload a circuit (and even a break!) Or generate excess heat (which is used over time and often takes place in old houses). An overloaded circuit can in turn cause voltage fluctuations, and if the voltage falls below the needs of your charger, it can reduce the charging speed. Excess heat by overloaded cabling can damage the connections over time, which leads to a higher resistance in the circuit, which leads to an inconsistent power supply to your charger. “
What causes my slow loading?
If your device takes longer than expected, one of the following can be responsible:
- A faulty charging cable or a bad connection;
- Dirt in the loading connection;
- Background apps that relieve electricity;
- Software problems that require an update;
- An old, humiliated battery that cannot contain a load;
- The charger is not the right thing for your device.
Only after they have addressed all of these potential causes of slow charges, it is sensible to suspect that a drop in voltage is responsible for an overloaded container. When it comes to, it can be time to consult an electrician for an inspection and a possible upgrade.
About the experts
- Ryan Gregor Has experience in the electrical area over a decade. He is the owner and director of RCG Electrical in Australia.
- Sergey Nikolin Is President of Product Air Heating & Cooling LLC based in Marysville, Wa. It has extensive experience in HLK, internal air quality and electrical systems.