Use a step-down voltage transformer or find a resistor capable of using up 7200 V in series with the required 800V load
900,000 Volts. That is Nine Hundred Thousand volts.
It depends on your voltage. Power (P) = Current (I) * Voltage (V) 800 amps at 1 volt is 800 watts or 0.8 kW. 800 amps at 120 volts is 96,000 watts or 96 kW. 800 amps at 34.5kV is 27,600,000 or 27,600 kW.
800 000 Watts / 600 Volts = 1333.3333333 Amps
To convert amps to kilovolt-amperes (kVA), you need to know the voltage level. The formula is kVA = (Amps × Volts) / 1000. For example, at 240 volts, 800 amps would equal 192 kVA, while at 480 volts, it would equal 384 kVA. Thus, the kVA value will vary depending on the voltage used in the calculation.
Electric bus motors typically operate on voltages ranging from 300 to 800 volts, depending on the specific design and application of the bus. Most modern electric buses use high-voltage battery systems, often around 600 volts, to ensure efficient power delivery and performance. The exact voltage required can vary based on the bus's size, weight, and intended range.
900,000 Volts. That is Nine Hundred Thousand volts.
amps equals watts divided by volts.
It depends on your voltage. Power (P) = Current (I) * Voltage (V) 800 amps at 1 volt is 800 watts or 0.8 kW. 800 amps at 120 volts is 96,000 watts or 96 kW. 800 amps at 34.5kV is 27,600,000 or 27,600 kW.
There is no valid conversion.
800 000 Watts / 600 Volts = 1333.3333333 Amps
It's 1N4001 Maximum reverse voltage 50 volts, 1 amp The last digit indicates the voltage. To replace a 1N4001, you could safely use any of the diodes in that series. 1N4001 = 50 volts 1N4002 = 100 volts 1N4003 = 200 volts 1N4004 = 400 volts 1N4005 = 600 volts 1N4006 = 800 volts 1N4007 = 1000 volts The 1N4000 series diodes are rectifier diodes. They're used for converting AC voltage into DC voltage. And frankly, I can't think of a reason why I'd choose the 1N4001 when the more-versatile (as in you can use it in more places) 1N4003 is the same price.
To convert amps to kilovolt-amperes (kVA), you need to know the voltage level. The formula is kVA = (Amps × Volts) / 1000. For example, at 240 volts, 800 amps would equal 192 kVA, while at 480 volts, it would equal 384 kVA. Thus, the kVA value will vary depending on the voltage used in the calculation.
10% of 8000= 10% * 8000= 0.1 * 8000= 800
T= timedelay 800= ? L=? 250V= volts
It depends on how much current it's putting out. An inverter rated at 800 volt-amperes can deliver 220 volts at 3.636 amperes, or it can deliver 110 volts at 3.727 amperes.
Yes it is. 8000 ÷ 800 = 10
Depends on the voltage. VA = Volts x Amps. 800kva = 800,000 VA