50 mA generally stands for 50 milliamperes.
A milliampere is a measure used for small electrical currents.
200ma is .200 amps or .2 amps
There are, 2000/1000 = ,amps in 2000 milliamps. For the math challenged that is 2 amps.
18 Volts.
No. The adaptor will overheat.
No, 200mA is not the same as kilohms.Amperes is a unit of current flow. Ohms is a unit of resistance. Other than being related by Ohm's law - Voltage = amperes x ohms - the two units are not the same.
Yes, you can use a 6-volt adapter with 200mA in place of a 6-volt adapter with 600mA, but it depends on the device's power requirements. If the device requires more than 200mA to operate, it may not function properly or could potentially damage the adapter. However, if the device draws less than 200mA, the lower-rated adapter may work fine, but it could overheat or fail if the demand exceeds its capacity. Always check the device's specifications for safe operation.
Yes. The current rating should be the same or greater than the original. This means the adapter can supply up to 500mA; In your case it only needs to supply 200mA, so it is more than up to the job.
Yes. Yes, you can replace a transformer with one that has a higher current rating. The load on the transformer should be less than 200mA because presumably that is what the circuit was designed for. Since the current through the transformer should be less than 200mA, the 500mA transformer will not be damaged. The opposite is not true. You should not replace a 200mA rated transformer with a 100mA transformer, for example. If the current exceeds 100mA, the transformer could fry.
Convert the current to amperes, then (using Ohm's Law), divide voltage by current.
INPUT: AC 120V 60Hz OUTPUT: DC 12V 200mA
Using 830mA for a device that requires only 200mA can potentially damage the device. The excess current may lead to overheating or failure of components. It's essential to match the current supply to the device's specifications to ensure safe and proper operation. Always consult the device's documentation to determine the appropriate current rating.
No No No. If your supply can give .2A, and you need 2 Amps, your supply's not going to cut it.