kiloampere turn to abampere turn
Please provide values below to convert kiloampere turn [kAt] to abampere turn [abAt], or change ↔.
kiloampere turn [kAt]
Definition: A unit of magnetomotive force equal to 1,000 ampere turns.
Historyandorigin: Kiloampere turn is used for large coils or systems requiring high magnetomotive force, typically in industrial or power applications.
CurrentUse: Used in large electromagnetic devices like industrial transformers, generators, and motors where high MMF is necessary.
funfact: In large transformers or motors, the magnetomotive force can reach thousands of ampere turns, making the kiloampere turn unit ideal for such applications!
abampere turn [abAt]
Definition: A unit of magnetomotive force in the Gaussian (EMU) system, equal to 1 ampere turn in the SI system but used in the CGS system.
Historyandorigin: Abampere turn is a part of the CGS (centimeter-gram-second) system, used primarily in older electromagnetism calculations.
CurrentUse: Not commonly used today, but still referenced in historical or theoretical electromagnetism work.
funfact: While the SI system is preferred today, abampere turns were crucial in the early days of electromagnetism theory and calculations!
kiloampere turn [kAt] to abampere turn [abAt] Conversion Table
| 1 kiloampere turn [kAt] | 100 abampere turn [abAt] |
| 2 kiloampere turn [kAt] | 200 abampere turn [abAt] |
| 3 kiloampere turn [kAt] | 300 abampere turn [abAt] |
| 5 kiloampere turn [kAt] | 500 abampere turn [abAt] |
| 10 kiloampere turn [kAt] | 1000 abampere turn [abAt] |
| 50 kiloampere turn [kAt] | 5000 abampere turn [abAt] |
| 100 kiloampere turn [kAt] | 10000 abampere turn [abAt] |
| 1000 kiloampere turn [kAt] | 100000 abampere turn [abAt] |
| 10000 kiloampere turn [kAt] | 1000000 abampere turn [abAt] |
| 100000 kiloampere turn [kAt] | 10000000 abampere turn [abAt] |
| 1000000 kiloampere turn [kAt] | 100000000 abampere turn [abAt] |
How to Convert kiloampere turn to abampere turn
1 kiloampere turn [kAt] = 100 abampere turn [abAt]
1 abampere turn [abAt] = 0.01 kiloampere turn [kAt]
we use cross multiplication method
kiloampere turn [kAt] → abampere turn [abAt]
1 → 100
1.5 → ?( suppose x)
=>1.5*100=1*x
by simplifying
x=150