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    1. Home/
    2. Tools/
    3. Capacitance Conversion

    Capacitance Conversion

    Use Glofell’s Capacitance Conversion tool to translate capacitor values between pF, nF, µF, and F. It makes component markings and equivalent values easy to compare.

    Capacitance Conversion
    pF
    nF
    µF
    F
    CAPACITOR CONVERSION CHART
    Capacitance Conversion Chart

    Introduction

    What is Capacitor Conversion?

    Capacitors are fundamental electronic components, but their values can be confusing because different manufacturers and regions use different multipliers. Values are typically expressed in Microfarads (μ\muμF), Nanofarads (nF), or Picofarads (pF).

    Why Conversion is Necessary

    There is often overlap between these multipliers. For example, a capacitor might be listed as 0.1 μ\muμF on a schematic, but the physical part you buy might be marked as 100 nF. These represent the exact same capacitance value.

    • The Rule of 1000: Each unit step is a factor of 1,000.
      • 1μF=1,000nF1 \mu F = 1,000 nF1μF=1,000nF
      • 1nF=1,000pF1 nF = 1,000 pF1nF=1,000pF

    Note: The usage of Nanofarads (nF) varies by region. In some areas, it is common to skip nF entirely, expressing values only as fractions of a Microfarad (e.g., 0.001μF0.001 \mu F0.001μF) or large multiples of Picofarads.

    Understanding Capacitance

    Capacitance is the ability of a component or circuit to collect and store energy in the form of an electrical charge.

    • Symbol: The symbol for the variable of capacitance is CCC.
    • Unit: The SI unit for capacitance is the Farad, denoted by the symbol FFF.

    The Formula:

    The relationship between capacitance (CCC), charge (qqq), and voltage (VVV) is defined as:

    C=qVC = \frac{q}{V}C=Vq​

    Where:

    • CCC: Capacitance (Farads)
    • qqq: Charge held on the plates (Coulombs)
    • VVV: Voltage between the plates (Volts)

    Common Units of Measurement

    While the standard unit is the Farad (F), a single Farad is an extremely large amount of capacitance. In practical electronics, we almost always use prefixes to denote smaller values:

    • Microfarad (μ\muμF): 10−610^{-6}10−6 Farads (Common for power supply filtering)
    • Nanofarad (nF): 10−910^{-9}10−9 Farads (Common for general usage)
    • Picofarad (pF): 10 Farads (Common for RF and timing circuits)

    Capacitor Value Conversion Chart

    Use the table below to quickly convert between the three most common multipliers.

    Microfarads (μ\muμF)Nanofarads (nF)Picofarads (pF)
    0.0000010.0011
    0.000010.0110
    0.00010.1100
    0.00111,000
    0.011010,000
    0.1100100,000
    11,0001,000,000
    1010,00010,000,000
    100100,000100,000,000
    −1210^{-12}
    10−12
    FAQ

    What is capacitor value conversion used for?

    Capacitor conversion helps resolve notation ambiguity when values overlap between units like µF/nF/pF. It ensures accurate component selection by converting between units such as 0.1µF to 100nF or 100,000pF.

    How do I convert microfarads (µF) to nanofarads (nF)?

    Multiply the microfarad value by 1,000. For example, 1µF = 1,000nF and 0.01µF = 10nF. Use the conversion chart for other µF/nF/pF equivalents.

    Why are nanofarads (nF) less commonly used?

    Some regions avoid nF notation, expressing values as fractions of µF (e.g., 0.1µF) or as large pF values (e.g., 100,000pF). Conversion tools help translate nF markings when needed.

    What are common capacitor value conversions?

    Examples include 1µF = 1,000nF = 1,000,000pF and 0.001µF = 1nF = 1,000pF. The chart clarifies overlaps such as 0.1µF = 100nF and 10nF = 10,000pF.

    How to handle ambiguous capacitor markings?

    Cross-check values using the conversion chart. For example, a component labeled “0.1” could mean 0.1µF (100nF) or 0.1nF (100pF). Confirm units with a multimeter or datasheet if unclear.

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