If the supply is a 20 amp supply it cannot supply a 40 amp stove, you need a bigger supply or a smaller stove.
The simple answer is, No. But I'll give you the long answer, too. The power rating of most devices is the maximum power used under unusual circumstances. Most devices, unless it's something like a light bulb which is either on or off, don't use their max power 99% of the time. If you protect the circuit with a 1.0 amp fuse you protect your power supply and device and you can safely see if it works.
Yes, you can use a CB radio with a 12 volt regulated 5 amp power supply as long as it meets the voltage and current requirements of the radio. Make sure the power supply can handle the CB radio's power consumption to avoid damaging the equipment. Additionally, ensure that the power supply is of good quality and can provide stable power output to prevent any interference with the radio signal.
First, let me clarify the question: You want to use a 16V, 4.5 amp power supply to operate a device that uses 16V, 1.5 amps. That's not a problem, the larger power supply simply has the capacity of 4.5 amps, meaning that you can use anything UP TO 4.5 amps. On the other hand... if you want to try using a device that pulls 4.5 amps, using a 1.5 amp power supply... sorry, won't work out well. That would overheat the power supply and it would fail.
Yes, you can use a 2.0 amps power supply for a 1.0 amps router. The higher amp rating means the power supply can provide more current than the router needs, which is fine. Just ensure the voltage output of the power supply matches the router's requirements to prevent damage.
For an RV that requires a 50 amp power supply, you should use a 6-gauge wire.
No you can not. The power supply output of 1.2 amps is under sized. You would need to have a power supply of 3 amps or larger.
If it's a "clean" power supply with the proper voltage, it shouldn't be a problem.
No, 1 amp is 1000 milliamp your power supply will only deliver 600 milliamp or .6 of an amp.
Unfortunately no, if the device calls for 2000ma you will need a 2A (amp) power supply to adequately power it.
No the power supply is too small.
If the supply is a 20 amp supply it cannot supply a 40 amp stove, you need a bigger supply or a smaller stove.
The simple answer is, No. But I'll give you the long answer, too. The power rating of most devices is the maximum power used under unusual circumstances. Most devices, unless it's something like a light bulb which is either on or off, don't use their max power 99% of the time. If you protect the circuit with a 1.0 amp fuse you protect your power supply and device and you can safely see if it works.
No. The amperage describes the total electrical energyeither produced or consumed. Voltage just describes the potential. If the power cable or power supply are only capable of 1 amp and the device consumes 2 amps... sorry, you don't have enough electrical energy available.
Yes, you can use a 3-amp power supply on a device that requires a 2-amp supply, as long as the voltage matches. The 3-amp supply can provide the necessary current without overloading the device. However, the device will only draw the current it needs (2 amps), so there’s no risk of damage from the higher amperage. Just ensure that the voltage rating is correct to avoid potential issues.
Yes, 1000 ma equates to 1 amp. The 4 amp power supply will have more than enough capacity to operate any device drawing 1 amp.Just make sure that the voltages match. AC voltage of the power supply to AC voltage on the device. You can not cross voltages using a DC power supply to operate an AC device, or the other way around, an AC power supply to operate a DC powered device, even though the voltage values are the same.
Yes, you can use a CB radio with a 12 volt regulated 5 amp power supply as long as it meets the voltage and current requirements of the radio. Make sure the power supply can handle the CB radio's power consumption to avoid damaging the equipment. Additionally, ensure that the power supply is of good quality and can provide stable power output to prevent any interference with the radio signal.