Yes, the use of an extension cord is safe, as they have been underwriter laboratory tested. An extension cord is meant to be used as a means of bringing power to a portable device for a temporary period of time. They should only to be used as a temporary fix until a permanent installation can be installed.
A toaster typically uses a larger current than a table lamp because it generates heat to toast bread quickly, requiring more energy. Table lamps are designed for illumination and usually consume less power.
no, it may damage the appliance.1Can_12V_2A_adapter_be_used_for_12V_1A_device, 2a adapter cannot be used for 12v, 1a device if the so mentioned parameters are input parameters of the device.Yes, a 12 volt 2 amp adapter has more that enough capacity to operate a 12 volt 1 amp device. In fact the adapter can operate devices up to a limit of 12 volts 2 amps. A device larger than 2 amps connected will tend to heat the adapter up and eventually cause it to fail.
A 16 amp socket is typically used for higher power equipment that requires a larger electrical load, such as kitchen appliances like ovens or industrial machinery. It provides a higher electrical capacity compared to standard sockets, allowing for more power to be safely delivered to the device plugged into it.
An overheated wire is an indication that you've put too much current through the circuit. The device you're driving is pulling more current than the wire is capable of safely carrying. Either use a larger wire or use a device that pulls less current. There are no other choices.
A relay is a device that uses a small control current to switch a larger current. So the horn button (small current) turns on the relay which in turn energizes the horn (heavy current device).
I am pretty sure that that varies, depending on the specific device.
Yes, the use of an extension cord is safe, as they have been underwriter laboratory tested. An extension cord is meant to be used as a means of bringing power to a portable device for a temporary period of time. They should only to be used as a temporary fix until a permanent installation can be installed.
Size C batteries have about 1.5V, similar to a AA, AAA, D, etc. The difference lies in the amount of current the device draws. The larger the battery, the more current available. So in effect, the larger the battery, the more mAh (milli-amp-hours) available to the device.
Amplifiers are electronic device that responds to a small input signal (voltage, current, or power) and delivers a larger output signal.
Yes, the larger cable can carry more load (current) than the other cable.
It is an electrical code rule that is determined by the amount of current that a connected device draws. Depending on the amperage that the equipment will draw determines what the size of the wire needed to handle the fault current. The larger the amperage the larger the ground wire needed.
No. The device is fused at 5 A for a reason. A larger fuse will allow more current to flow than the device can handle, possibly causing a fire or shock hazard.
If you are talking about the gauge of the wires, then no. Larger guage wires( numerically lower) will pass current required for the appliance with lower losses, so it is better in that reguard Less resistance= less waste( in the form of heat). If you are talking about LENGTH, then yes. The longer the cord, the more losses that occur. Voltage lowers, so current goes up. If the extension cord can't pass the required current, then voltage remains depressed, and you end up with an appliance and extension cord that are running hotter, and less efficient. Worst case; fire.
Yes, the larger cable can carry more load (current) than the other cable.
One of Kierchieff's laws tell us that the more wattage (energy) consumed by an electrical device in a circuit, the larger the voltage difference that exists across the device and the greater the current flowing through it. The energy consumed is directly proportional to the Impedance of the electrical device but is more importantly proportional to the square of the current. WATTS=VOLTS X AMPERES= RESISTANCE (IMPEDANCE) X AMPERES X AMPERES A Circuit with Current but without resistance would exhibit no energy at all.
Absolutely not. A fuse is a safety device designed to fail when a large current is passed through it. By blowing it protects delicate components in the rest of the circuit. The fuse is there to protect the wiring within the circuit from overheating and catching on fire. It is not there to protect anything plugged into that circuit. Use a larger fuse and you may cause a fire.