How many picofarads are in one microfarad?

One microfarad (1 µF) equals exactly 1,000,000 picofarads (1×10⁶ pF). Multiply any µF value by 1,000,000 to get pF.

Why do RF circuits use picofarads while audio circuits use microfarads?

Capacitive reactance (Xc = 1 / 2πfC) is inversely proportional to frequency. At radio frequencies (MHz–GHz), a few picofarads already produce useful reactance values. At audio frequencies (20 Hz–20 kHz), you need much larger capacitances — typically nanofarads to microfarads — to achieve the same effect.

What is the difference between µF, uF, and mfd?

All three mean microfarad. "µF" uses the Greek letter mu; "uF" is the ASCII substitute used in software and datasheets that cannot render µ; "mfd" is an older abbreviation still found on vintage components. They are all equal to 10⁻⁶ farads.

Can I enter decimal values like 0.01 µF?

Yes. Decimal inputs such as 0.01 µF (= 10,000 pF = 10 nF) and 0.001 µF (= 1,000 pF = 1 nF) are fully supported. The converter handles any positive number including very small decimals.

How do I convert picofarads back to microfarads?

Divide the pF value by 1,000,000. For example, 470 pF = 0.00047 µF. Use the picofarad-to-farad or nanofarad-to-microfarad converter for the reverse direction.

Is this accurate enough for engineering calculations?

Yes. The conversion factor (×1,000,000) is exact with no approximation. Results are formatted to avoid floating-point display noise, making them suitable for datasheets, circuit calculations, and component ordering.

Microfarads to Picofarads Converter

Name: Microfarads to Picofarads Converter
Availability: InStock
Author: Nham Vu

Enter a capacitance value in microfarads and instantly get the equivalent in picofarads — plus nanofarads and farads.

Enter Value in Microfarads (µF)

Capacitance (µF)

Common Values

Conversion Results

Enter a value on the left to see conversions.

Microfarad to Picofarad Reference

Microfarads (µF)	Picofarads (pF)	Nanofarads (nF)	Common Use
0.001 µF	1,000 pF	1 nF	RF coupling capacitor
0.01 µF	10,000 pF	10 nF	Ceramic bypass capacitor
0.1 µF	100,000 pF	100 nF	Power supply decoupling
1 µF	1,000,000 pF	1,000 nF	Audio filter, bulk bypass
10 µF	10,000,000 pF	10,000 nF	Electrolytic filter capacitor
100 µF	100,000,000 pF	100,000 nF	Power supply smoothing

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Summary

Enter a capacitance value in microfarads and instantly get the equivalent in picofarads — plus nanofarads and farads.

How it works

Enter a capacitance value in the microfarads (µF) input field.
The converter multiplies by 1,000,000 to produce picofarads (pF).
Results for nF and F are computed simultaneously for full context.
Click the copy icon next to any result to copy the numeric value.
Use the preset buttons to load common capacitor values instantly.
Click Clear to reset and start a new conversion.

Use cases

Converting electrolytic capacitor ratings from µF to pF for RF impedance calculations.
Cross-referencing capacitor values when a datasheet mixes µF and pF notation.
Calculating resonant frequency (f = 1 / 2π√LC) with capacitance in consistent units.
Selecting bypass or decoupling capacitors across frequency ranges that span µF and pF.
Teaching the scale relationship between microfarads and picofarads in electronics courses.
Verifying SPICE simulation parameters where all capacitances must be in the same unit.
Converting filter pole values when moving between audio (µF) and RF (pF) designs.

Frequently Asked Questions

Last updated: 2026-07-24 · Reviewed by Nham Vu