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Discover the ultimate tool for converting Attohenry to EMU of Inductance, developed by Newtum. Our page introduces this innovative converter that simplifies the process, making it accessible for everyone. Explore how this tool can enhance your understanding and use of inductance units.
An Attohenry is a unit of inductance equal to one quintillionth (10^-18) of a henry. It is used to measure very small inductance values, particularly in microelectronics and nanotechnology applications where precision is crucial. The term 'atto' comes from the Danish word 'atten,' meaning eighteen, reflecting the negative power of ten. This unit is essential for engineers and scientists working with minute inductive components, enabling accurate measurements and advancements in technology.
Definition of EMUEMU, or Electromagnetic Unit of Inductance, is part of the centimeter-gram-second (CGS) system of units. It is defined by the self-inductance of a closed loop in which an electromotive force of one abvolt is generated when the electric current through the loop changes at the rate of one abampere per second. EMU is often used in theoretical physics and older scientific literature, facilitating calculations in electromagnetism and helping bridge the gap between practical measurements and theoretical concepts.
| Attohenry (aH) | EMU of Inductance |
|---|---|
| 1 aH | 1e-9 EMU |
| 10 aH | 1e-8 EMU |
| 100 aH | 1e-7 EMU |
| 1000 aH | 1e-6 EMU |
| 10000 aH | 1e-5 EMU |
| 100000 aH | 1e-4 EMU |
| 1000000 aH | 1e-3 EMU |
| 10000000 aH | 1e-2 EMU |
| 100000000 aH | 0.1 EMU |
| 1000000000 aH | 1 EMU |
1 aH = 1e-9 EMU
1 EMU = 1e9 aH
Example 1:
convert 5 aH to EMU:
5 aH = 5 × 1e-9 EMU = 5e-9 EMU
Example 2:
convert 3.5 aH to EMU:
3.5 aH = 3.5 × 1e-9 EMU = 3.5e-9 EMU
The conversion between Attohenry and EMU of Inductance represents a bridge between modern and classical units of measurement in electromagnetism. Historically, the need to measure extremely small inductance values led to the adoption of attohenry, while EMU has its roots in the CGS system. This conversion facilitates communication and calculation in both scientific research and advanced technological development, ensuring precision and continuity across different unit systems.
The Attohenry to EMU Of Inductance Converter finds its place in various real-life applications, bridging the gap between theoretical concepts and practical implementations in fields such as electronics and advanced physics.