| Unit | nH |
|---|---|
| Name | nanohenry |
| Category | Inductance |
| Details | In the field of inductance, a nanohenry (nH) is a unit of measurement that quantifies the inductive property of an electronic component, typically a wire coil or inductor. Inductance is the property of an electrical conductor that opposes the change in current flowing through it, causing energy storage in its magnetic field. A nanohenry is equal to 10^-9 henries (10 to the power of -9 H), which means it is one-billionth of a henry. The henry (H) is the standard international unit (SI unit) for inductance. Nanohenries are commonly used for specifying smaller inductance values found in high-frequency circuits and compact inductors utilized in various electronic devices, like communication equipment, filters, and computer motherboards. |
nH(nanohenry) to abH(abhenry)nH(nanohenry) to aH(attohenry)nH(nanohenry) to cH(centihenry)nH(nanohenry) to daH(decahenry)nH(nanohenry) to dH(decihenry)nH(nanohenry) to EH(exahenry)nH(nanohenry) to fH(femtohenry)nH(nanohenry) to GH(gigahenry)nH(nanohenry) to H(henry)nH(nanohenry) to hH(hectohenry)nH(nanohenry) to kH(kilohenry)nH(nanohenry) to MH(megahenry)nH(nanohenry) to mH(millihenry)nH(nanohenry) to PH(petahenry)nH(nanohenry) to pH(picohenry)nH(nanohenry) to TH(terahenry)nH(nanohenry) to yH(yoctohenry)nH(nanohenry) to YH(yottahenry)nH(nanohenry) to zH(zeptohenry)nH(nanohenry) to ZH(zettahenry)nH(nanohenry) to µH(microhenry)