电荷是物质的基本特性，它在放置在电磁场中时会经历力。它是在库罗姆斯（C）中测量的。
1 statA·s = 0.334 nC
1 nC = 2.998 statA·s
例子:
将15 Statampere秒转换为纳米龙：
15 statA·s = 5.003 nC
| Statampere秒 | 纳米龙 |
|---|---|
| 0.01 statA·s | 0.003 nC |
| 0.1 statA·s | 0.033 nC |
| 1 statA·s | 0.334 nC |
| 2 statA·s | 0.667 nC |
| 3 statA·s | 1.001 nC |
| 5 statA·s | 1.668 nC |
| 10 statA·s | 3.336 nC |
| 20 statA·s | 6.671 nC |
| 30 statA·s | 10.007 nC |
| 40 statA·s | 13.343 nC |
| 50 statA·s | 16.678 nC |
| 60 statA·s | 20.014 nC |
| 70 statA·s | 23.349 nC |
| 80 statA·s | 26.685 nC |
| 90 statA·s | 30.021 nC |
| 100 statA·s | 33.356 nC |
| 250 statA·s | 83.391 nC |
| 500 statA·s | 166.782 nC |
| 750 statA·s | 250.173 nC |
| 1000 statA·s | 333.564 nC |
| 10000 statA·s | 3,335.64 nC |
| 100000 statA·s | 33,356.4 nC |
规则