The answer is one Abampere Turn is equal to 10 Ampere Turns and that means we can also write it as 1 Abampere Turn = 10 Ampere Turns. Feel free to use our online unit conversion calculator to convert the unit from Abampere Turn to Ampere Turn. Just simply enter value 1 in Abampere Turn and see the result in Ampere Turn.
Manually converting Abampere Turn to Ampere Turn can be time-consuming,especially when you don’t have enough knowledge about Magnetomotive Force units conversion. Since there is a lot of complexity and some sort of learning curve is involved, most of the users end up using an online Abampere Turn to Ampere Turn converter tool to get the job done as soon as possible.
We have so many online tools available to convert Abampere Turn to Ampere Turn, but not every online tool gives an accurate result and that is why we have created this online Abampere Turn to Ampere Turn converter tool. It is a very simple and easy-to-use tool. Most important thing is that it is beginner-friendly.
By using our Abampere Turn to Ampere Turn conversion tool, you know that one Abampere Turn is equivalent to 10 Ampere Turn. Hence, to convert Abampere Turn to Ampere Turn, we just need to multiply the number by 10. We are going to use very simple Abampere Turn to Ampere Turn conversion formula for that. Pleas see the calculation example given below.
\(\text{1 Abampere Turn} = 1 \times 10 = \text{10 Ampere Turns}\)
Abampere turn is a unit of measurement for magnetomotive force. It represents a direct current of one abampere flowing in a single-turn loop in a vacuum.
The symbol of Abampere Turn is abAt. This means you can also write one Abampere Turn as 1 abAt.
Ampere turn is a unit of measurement for magnetomotive force. It represents a direct current of one ampere flowing in a single-turn loop in a vacuum.
The symbol of Ampere Turn is At. This means you can also write one Ampere Turn as 1 At.
Abampere Turn [abAt] | Ampere Turn [At] | Description |
---|---|---|
1 Abampere Turn | 10 Ampere Turn | 1 Abampere Turn = 10 Ampere Turn |
2 Abampere Turn | 20 Ampere Turn | 2 Abampere Turn = 20 Ampere Turn |
3 Abampere Turn | 30 Ampere Turn | 3 Abampere Turn = 30 Ampere Turn |
4 Abampere Turn | 40 Ampere Turn | 4 Abampere Turn = 40 Ampere Turn |
5 Abampere Turn | 50 Ampere Turn | 5 Abampere Turn = 50 Ampere Turn |
6 Abampere Turn | 60 Ampere Turn | 6 Abampere Turn = 60 Ampere Turn |
7 Abampere Turn | 70 Ampere Turn | 7 Abampere Turn = 70 Ampere Turn |
8 Abampere Turn | 80 Ampere Turn | 8 Abampere Turn = 80 Ampere Turn |
9 Abampere Turn | 90 Ampere Turn | 9 Abampere Turn = 90 Ampere Turn |
10 Abampere Turn | 100 Ampere Turn | 10 Abampere Turn = 100 Ampere Turn |
100 Abampere Turn | 1000 Ampere Turn | 100 Abampere Turn = 1000 Ampere Turn |
1000 Abampere Turn | 10000 Ampere Turn | 1000 Abampere Turn = 10000 Ampere Turn |
Conversion | Description |
---|---|
1 Abampere Turn = 10 Ampere Turn | 1 Abampere Turn in Ampere Turn is equal to 10 |
1 Abampere Turn = 0.01 Kiloampere Turn | 1 Abampere Turn in Kiloampere Turn is equal to 0.01 |
1 Abampere Turn = 0.00001 Megaampere Turn | 1 Abampere Turn in Megaampere Turn is equal to 0.00001 |
1 Abampere Turn = 10000 Milliampere Turn | 1 Abampere Turn in Milliampere Turn is equal to 10000 |
1 Abampere Turn = 10000000 Microampere Turn | 1 Abampere Turn in Microampere Turn is equal to 10000000 |
1 Abampere Turn = 12.57 Gilbert | 1 Abampere Turn in Gilbert is equal to 12.57 |
1 Abampere Turn = 12566.37 Milligilbert | 1 Abampere Turn in Milligilbert is equal to 12566.37 |
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