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Mniazi
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Suppose I have a 10kW input. I want to divide the 10kW into two separate sources, like 1kW and 9kW. What can I do to separate the input into these different ratings?
Probably, possibly, maybe. I'm hesitant. Your source is 500V, so whatever you connect to it must also be rated for that voltage. Are they? Your figures suggest so, but maybe they are only approximations/estimates? Is this DC or AC you are talking about?Mniazi said:Ok so I have a 500 volt and 20Amp source, So if I put say an object requiring 18A and 9kV and another object requiring 2A and 1kW so can I put those two objects on the same output wire which takes 10kW without overloading either objects?
Let's pretend you have a 10kW-rated diesel generator, supplying 500V. You wish to operate a few house lights totalling less than 1kW (rated at 500V, of course, so the bulbs don't explode), and you also want to power your custom-built 9kW air-conditioning plant (rated to operate at 500V, too). Does this resemble what you have in mind? Theoretically.Mniazi said:Suppose I have a 10kW input. I want to divide the 10kW into two separate sources, like 1kW and 9kW. What can I do to separate the input into these different ratings?
Mniazi said:Suppose I have a 10kW input. I want to divide the 10kW into two separate sources, like 1kW and 9kW. What can I do to separate the input into these different ratings?
Later you asked:General Contents Guidelines:
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Ok so I have a 500 volt and 20Amp source, So if I put say an object requiring 18A and 9kV and another object requiring 2A and 1kW so can I put those two objects on the same output wire which takes 10kW without overloading either objects?
Mniazi said:Ok so I have a 500 volt and 20Amp source, So if I put say an object requiring 18A and 9kV and another object requiring 2A and 1kW so can I put those two objects on the same output wire which takes 10kW without overloading either objects?
davenn said:Nice post kavik
good info, and to the OP, particular reference to your last suggestion to him ...
I would also get help from an electrician or electrical engineer in person and not get anywhere near 500 Volts.
cheers
Dave
sophiecentaur said:Absolutely. Don't go near this until you can state your question in a totally understandable way. 'Electrical things' do exactly what you tell them to do and not what you 'want' them to do. You have to be very precise. Better still - let someone else handle your 500V until you have all the necessary susstificates.
psparky said:I got to call you out on that word...huh?
To split a voltage source into two, you will need a voltage divider circuit. This circuit consists of two resistors connected in series, with the output taken from the connection between the two resistors. The ratio of the two resistors determines the voltage split.
Splitting a voltage source into two allows you to create different voltage levels for different components in a circuit. This can be useful for powering different components that require different voltage levels without having to use multiple voltage sources.
The key factor to consider when splitting a voltage source into two is the ratio of the two resistors in the voltage divider circuit. The ratio will determine the voltage split between the two outputs. Additionally, the power rating of the resistors should also be considered to ensure they can handle the voltage and current.
Yes, it is possible to split a voltage source into more than two outputs by using a voltage divider circuit with multiple resistors in series. However, the more outputs you have, the more complex the circuit becomes and the more resistors you will need to use.
The main limitation to splitting a voltage source into two is that the total resistance of the circuit will increase, which can affect the overall voltage and current in the circuit. This should be taken into consideration when designing the circuit. Additionally, the voltage divider circuit may not be suitable for high power applications as it can cause significant power loss.