the appliance will burn out, eg if it is a 60 watt light bulb it will burn at 120 watt for as long as the fillament can take it and that wont be long
No.. you can't... You will actually be damaging your instrument.. It is highly recommended that you use voltage converter... I think it is not too costly
220v and 110v are almost the only voltages used around the world because they are the most efficient.
At 20 amps the 220V will supply twice (2x) the power that the 110V will supply. The answer depends upon your meaning of the term 'better'. If you have a specific size load that you are supplying such as a motor that will accept either 220V or 110V then by using 220V you will have less of an impact from voltage drop and the conductor size will be smaller due to the current being 1/2 of the 110V. If by better you mean which one will give you the most power then the obvious answer is 220V.
If running at 110V, that is 10Amps. Wattage = Voltage x Current Current = Wattage / Voltage - Neeraj Sharma
It depends on the voltage-- I think at 110v it's 4 amps per hp
You need to convert the voltage if your appliance requires less voltage than you power supply. example: appliances is 110V and power supply is 220V.
No.. you can't... You will actually be damaging your instrument.. It is highly recommended that you use voltage converter... I think it is not too costly
110v
110V
No. 220V adaptor can't control the output voltage, 110V appliance will be fry. Use instrument transformer or voltage regulator instead.
110V
Because it is designed for 120 volts. Internal voltages and current derived from the supply voltage are out of specification and will likely cause failed components that are not compatible with the higher voltage.
220v and 110v are almost the only voltages used around the world because they are the most efficient.
For a 110v appliance to be run from a 230 v supply, a resistor is not the solution because the appliance is designed to run on a constant-voltage low-resistance supply. Depending on the power requirement, transformers can be found to convert the voltage correctly.
no
If there is a switch on the power supply that allows you to switch between the two voltages then the answer is yes. If there is no switch then you will need to use a travel voltage adapter to convert one voltage to the other.
A voltage transformer (VT) is used on alternating current (AC) systems to provide a standardised equivalent or representatative voltage compared to that of a higher voltage (HV) primary system. At low voltage, e.g. the household 400/230v power supply systems, it is safe and simple enough to measure the voltage directly with a voltmeter or other instrument requiring the voltage information. At high voltages, e.g. greater than 1000v, it is no longer safe to do a direct measurement, thus voltage transformers are used to provide isolation from the high voltage and give a secondary output proportional to the high voltage. For example, an 11kV supply system will typically use an 11kV / 110v voltage transformer to give secondary voltage of 110v which is 100 times smaller than the supply voltage. (the complexity of three phase systems is not covered here) By measuring this secondary VT voltage and multiplying by 100, a person will have the value of the 11kV supply voltage. Transformers all have errors/losses, including VTs, thus the VT is specifically designed to international standards, such as IEC 60044, to provide a small but acceptable error of measurement. The design allows for a small measurement load and is not intened to supply power to large loads. A: Its function is to modify the input to some other output to be useful minus quite of bit of power loss at full load. I also provide isolation from the source and can provide impedance matching for maximum power transfer