Electrostatic Capacitance

From:	To:
farad [F]exafarad [EF]petafarad [PF]terafarad [TF]gigafarad [GF]megafarad [MF]kilofarad [kF]hectofarad [hF]dekafarad [daF]decifarad [dF]centifarad [cF]millifarad [mF]microfarad [µF]nanofarad [nF]picofarad [pF]femtofarad [fF]attofarad [aF]coulomb/volt [C/V]abfarad [abF]EMU of capacitancestatfarad [stF]ESU of capacitance	farad [F]exafarad [EF]petafarad [PF]terafarad [TF]gigafarad [GF]megafarad [MF]kilofarad [kF]hectofarad [hF]dekafarad [daF]decifarad [dF]centifarad [cF]millifarad [mF]microfarad [µF]nanofarad [nF]picofarad [pF]femtofarad [fF]attofarad [aF]coulomb/volt [C/V]abfarad [abF]EMU of capacitancestatfarad [stF]ESU of capacitance

Complete list of electrostatic capacitance units for conversion

• farad [F]
• 1 exafarad [EF] = 1.0E+18 farad [F]
• 1 petafarad [PF] = 1.0E+15 farad [F]
• 1 terafarad [TF] = 1000000000000 farad [F]
• 1 gigafarad [GF] = 1000000000 farad [F]
• 1 megafarad [MF] = 1000000 farad [F]
• 1 kilofarad [kF] = 1000 farad [F]
• 1 hectofarad [hF] = 100 farad [F]
• 1 dekafarad [daF] = 10 farad [F]
• 1 decifarad [dF] = 0.1 farad [F]
• 1 centifarad [cF] = 0.01 farad [F]
• 1 millifarad [mF] = 0.001 farad [F]
• 1 microfarad [µF] = 1.0E-6 farad [F]
• 1 nanofarad [nF] = 1.0E-9 farad [F]
• 1 picofarad [pF] = 1.0E-12 farad [F]
• 1 femtofarad [fF] = 1.0E-15 farad [F]
• 1 attofarad [aF] = 1.0E-18 farad [F]
• 1 coulomb/volt [C/V] = 1 farad [F]
• 1 abfarad [abF] = 1000000000 farad [F]
• 1 EMU of capacitance = 1000000000 farad [F]
• 1 statfarad [stF] = 1.112650056054E-12 farad [F]
• 1 ESU of capacitance = 1.112650056054E-12 farad [F]

What is electrostatic capacitance and the units?

Capacitance, measured in farads (F), is a key parameter in electrical engineering, representing a capacitor’s ability to store electric charge. Understanding the various units of capacitance and their conversions is essential for precise calculations. For instance, 1 exafarad (EF) equals 1.0E+18 farads, while 1 petafarad (PF) is 1.0E+15 farads, indicating the extremely high capacity in some specialized applications.

On a more manageable scale, 1 terafarad (TF) is 1 trillion farads, 1 gigafarad (GF) equals 1 billion farads, and 1 megafarad (MF) corresponds to 1 million farads. Smaller capacitances can be expressed in kilofarads (kF), hectofarads (hF), and even decifarads (dF), centifarads (cF), and millifarads (mF), with corresponding values of 1,000, 100, 0.1, 0.01, and 0.001 farads, respectively.

For very small capacitances, units like microfarads (µF), nanofarads (nF), picofarads (pF), femtofarads (fF), and attofarads (aF) are used, equating to 1.0E-6, 1.0E-9, 1.0E-12, 1.0E-15, and 1.0E-18 farads, respectively. Notably, 1 coulomb per volt (C/V) also equals 1 farad, reflecting the fundamental relationship between charge, voltage, and capacitance.

In addition to these, specialized units like the abfarad (abF), equal to 1 billion farads, and the EMU of capacitance, also equal to 1 billion farads, are important in certain scientific contexts. Lastly, the statfarad (stF) and ESU of capacitance are approximately 1.112650056054E-12 farads, emphasizing their relevance in electrostatics. These conversions are vital for engineers and scientists when designing circuits and analyzing capacitive systems.

Conclusion

Understanding electrostatic capacitance conversions is essential for anyone working in electronics and engineering. This guide covers key capacitance units, popular conversions, and practical applications to ensure you have the knowledge needed to navigate various electrical components effectively. By utilizing the provided conversion widget tool, you can effortlessly convert between units, making it easier to design and troubleshoot electronic circuits. Whether you’re a student, hobbyist, or professional engineer, mastering these concepts will enhance your ability to work with capacitors and their applications in modern technology.