# Abcoulombs to Microcoulombs Conversion

Enter the electric charge in abcoulombs below to get the value converted to microcoulombs.

**Results in Microcoulombs:**

## How to Convert Abcoulombs to Microcoulombs

To convert an abcoulomb measurement to a microcoulomb measurement, multiply the electric charge by the conversion ratio. One abcoulomb is equal to 10,000,000 microcoulombs, so use this simple formula to convert:

The electric charge in microcoulombs is equal to the abcoulombs multiplied by 10,000,000.

**For example,**here's how to convert 5 abcoulombs to microcoulombs using the formula above.

Abcoulombs and microcoulombs are both units used to measure electric charge. Keep reading to learn more about each unit of measure.

## Abcoulombs

One abcoulomb is the electric charge equal to one abampere of current over one second, or ten coulombs.

The abcoulomb is a centimeter-gram-second (CGS) electromagnetic unit of electric charge. A abcoulomb is sometimes also referred to as an EMU. Abcoulombs can be abbreviated as *abC*, and are also sometimes abbreviated as *aC*. For example, 1 abcoulomb can be written as 1 abC or 1 aC.

## Microcoulombs

The microcoulomb is 1/1,000,000 of a coulomb, which is the electric charge equal to one ampere of current over one second.

The microcoulomb is a multiple of the coulomb, which is the SI derived unit for electric charge. In the metric system, "micro" is the prefix for 10^{-6}. Microcoulombs can be abbreviated as *μC*, for example 1 microcoulomb can be written as 1 μC.

## Abcoulomb to Microcoulomb Conversion Table

Abcoulombs | Microcoulombs |
---|---|

0.0000001 abC | 1 μC |

0.0000002 abC | 2 μC |

0.0000003 abC | 3 μC |

0.0000004 abC | 4 μC |

0.0000005 abC | 5 μC |

0.0000006 abC | 6 μC |

0.0000007 abC | 7 μC |

0.0000008 abC | 8 μC |

0.0000009 abC | 9 μC |

0.00000001 abC | 0.1 μC |

0.0000001 abC | 1 μC |

0.000001 abC | 10 μC |

0.00001 abC | 100 μC |

0.0001 abC | 1,000 μC |

0.001 abC | 10,000 μC |

0.01 abC | 100,000 μC |

0.1 abC | 1,000,000 μC |

1 abC | 10,000,000 μC |