online electronic calculator - Ohm's law and much more

2 series capacitors calculator

Online calculator for formulas used in electronic circuit design and electrical engineering.

Basic electric calculations:

Ohm's Law, Ohm's Law with power, DC power, AC real power, LC resonant frequency, Capacitor charging/discharging, Capacitive reactance, Capacitive current + reactive power, Capacitor energy, Capacitor Δ energy, RC discharging, Inductor square pulse, Inductive reactance, Inductive current + reactive power, Inductor energy, 2 parallel resistors, 3 parallel resistors, 2 parallel inductors, 2 series capacitors, System bandwidth, Bandwidth ↔ rise time, frequency ↔ period

Wire and winding calculations:

Diameter ↔ cross section ↔ AWG, Wire resistance, Wire weight, Current density, Wire R thermal drift

Calculate 2 series capacitors: 10mF, nF, 68.65nF


This calculates the total capacitance of 2 series capacitors. It can also calculate the capacitance of the last individual capacitor to reach a target total capacitance.

Enter any 2 values, the 3rd one will be calculated:

C1: -0.1 +0.1 -1 +1 -10 +10 -100 +100
C2: -0.1 +0.1 -1 +1 -10 +10 -100 +100
Total C: -0.1 +0.1 -1 +1 -10 +10 -100 +100
Output metric prefix:   Automatic    User-selected
 

C1 - Standard EIA Decade Values of capacitors - decade 10 to 100 mF

E6E12E24
10 mF
15 mF
22 mF
33 mF
47 mF
68 mF
10 mF, 12 mF
15 mF, 18 mF
22 mF, 27 mF
33 mF, 39 mF
47 mF, 56 mF
68 mF, 82 mF
10 mF, 11 mF, 12 mF, 13 mF
15 mF, 16 mF, 18 mF, 20 mF
22 mF, 24 mF, 27 mF, 30 mF
33 mF, 36 mF, 39 mF, 43 mF
47 mF, 51 mF, 56 mF, 62 mF
68 mF, 75 mF, 82 mF, 91 mF

C1 - Other capacitance decades:

1 - 10 pF, 10 - 100 pF, 100 - 1000 pF, 1 - 10 nF, 10 - 100 nF, 100 - 1000 nF, 1 - 10 uF, 10 - 100 uF, 100 - 1000 uF, 1 - 10 mF, 10 - 100 mF, 100 - 1000 mF, 1 - 10 F, 10 - 100 F, 100 - 1000 F,

C2 - Standard EIA Decade Values of capacitors - decade 10 to 100 nF

E6E12E24
10 nF
15 nF
22 nF
33 nF
47 nF
68 nF
10 nF, 12 nF
15 nF, 18 nF
22 nF, 27 nF
33 nF, 39 nF
47 nF, 56 nF
68 nF, 82 nF
10 nF, 11 nF, 12 nF, 13 nF
15 nF, 16 nF, 18 nF, 20 nF
22 nF, 24 nF, 27 nF, 30 nF
33 nF, 36 nF, 39 nF, 43 nF
47 nF, 51 nF, 56 nF, 62 nF
68 nF, 75 nF, 82 nF, 91 nF

C2 - Other capacitance decades:

1 - 10 pF, 10 - 100 pF, 100 - 1000 pF, 1 - 10 nF, 10 - 100 nF, 100 - 1000 nF, 1 - 10 uF, 10 - 100 uF, 100 - 1000 uF, 1 - 10 mF, 10 - 100 mF, 100 - 1000 mF, 1 - 10 F, 10 - 100 F, 100 - 1000 F,

Series capacitors rule says:

•Connecting a 10mF (ten millifarads) capacitor and a 68.65047128549nF (sixty-eight point six five zero four seven one two eight five four nine nanofarads) capacitor in series creates a 68.65nF (sixty-eight point six five nanofarads) capacitance.
•A 10mF (ten millifarads) capacitor capacitance can be reduced to 68.65nF (sixty-eight point six five nanofarads) by connecting a 68.65047128549nF (sixty-eight point six five zero four seven one two eight five four nine nanofarads) capacitor in series.



This is a simple online calculator for formulas used in electronic engineering and design.

This online calculator is for reference only. I do not guarantee it to work correctly. You use this at your own risk only.