CAPACITANCE PREFIX WORKSPACE

Capacitance Converter

Convert capacitance among picofarads, nanofarads, microfarads, millifarads, farads, and kilofarads without inferring circuit behavior.

Reviewed reference factorsValues stay in this browser tabPrefix conversion only; charge, voltage, energy, reactance, tolerance, polarity, and component suitability are excluded.

Conversion input

Convert a stated capacitance

Enter the nominal or measured capacitance and select the exact prefix printed by the meter, schematic, or component marking.

Find a unit6 / 6

Filter by unit name, symbol, or code. Your current selections remain available.

Known value0 / 80

Enter a non-negative capacitance and retain tolerance, voltage rating, polarity, frequency, and test conditions.

Convert from

Choose the unit attached to the value you entered.

Convert to

Choose the unit required for your report, estimate, or comparison.

Displayed precision

Choose the maximum decimal places shown. This does not increase source accuracy.

Conversion runs locally after the active reference catalogue loads.

Conversion result

Your checked conversion appears here

Load the reviewed example or enter a value to compare every available capacitance unit.

What this tool delivers

Capacitance conversion contract

The workspace rescales one capacitance value and does not derive it from geometry, charge and voltage, or an AC response.

What it converts

Converts six decimal farad-prefix units through the coherent SI farad.

What you provide

A known capacitance, source prefix, destination prefix, measurement context, and useful precision.

What you receive

A selected equivalent, visible farad factor, complete prefix table, and CSV output.

Calculation method

How capacitance prefixes pass through farads

The input is multiplied by its farad-per-unit prefix factor and divided by the destination factor. Pico, nano, micro, milli, kilo, and the unprefixed farad remain decimal powers of ten, with labels shown beside symbols.

Review the BIPM SI prefixes and derived farad

Quick answers

Capacitance Converter questions

How many nanofarads are in one microfarad?

One microfarad equals 1,000 nanofarads because micro represents 10^-6 farad and nano represents 10^-9 farad. The three-power prefix difference produces the factor of 1,000. This exact relationship changes only the displayed unit label and number; it does not change the physical capacitor, rating, or tolerance.

Can I use the result to replace one capacitor with another?

Capacitance equivalence is only one requirement. A safe replacement may also depend on voltage rating, polarity, dielectric type, tolerance, temperature range, ripple current, equivalent series resistance, leakage, package, lifetime, frequency behavior, and circuit safety class. Always verify the complete schematic and manufacturer data before making a substitution.

Does this calculate capacitive reactance or stored energy?

No. Capacitive reactance also requires frequency, while stored energy requires voltage. Those are separate calculations with their own assumptions and safety considerations. This page only converts a supplied capacitance among farad prefixes, so it does not infer operating conditions or claim that a component is discharged and safe to handle.