| Unit | nF |
|---|---|
| Name | nanofarad |
| Category | Capacitance |
| Details | A nanofarad (nF) is a unit of capacitance in the field of electronics and electrical engineering. Capacitance is the ability of a component or a device to store an electrical charge. The basic unit of capacitance is the farad (F). A nanofarad is equal to one-billionth (10^-9) of a farad, symbolized with 'nF'. In other words, 1 nF equals 0.000000001 farads or 1 x 10^-9 F. Capacitors with capacitance values in the nanofarad range are commonly used in various electronic circuits, such as filters, oscillators, and coupling circuits between different stages of amplifiers. |
nF(nanofarad) to abF(abfarad)nF(nanofarad) to aF(attofarad)nF(nanofarad) to cF(centifarad)nF(nanofarad) to daF(decafarad)nF(nanofarad) to dF(decifarad)nF(nanofarad) to EF(exafarad)nF(nanofarad) to F(farad)nF(nanofarad) to fF(femtofarad)nF(nanofarad) to GF(gigafarad)nF(nanofarad) to hF(hectofarad)nF(nanofarad) to kF(kilofarad)nF(nanofarad) to MF(megafarad)nF(nanofarad) to mF(millifarad)nF(nanofarad) to PF(petafarad)nF(nanofarad) to pF(picofarad)nF(nanofarad) to TF(terafarad)nF(nanofarad) to yF(yoctofarad)nF(nanofarad) to YF(yottafarad)nF(nanofarad) to zF(zeptofarad)nF(nanofarad) to ZF(zettafarad)nF(nanofarad) to µF(microfarad)