2 parallel inductors 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:
Calculate 2 parallel inductors: 1.5mH, 3mH, mH
This calculates the total inductance of 2 parallel inductors.
It can also calculate the inductance of the last individual inductor to reach a target total inductance.
Enter any 2 values, the 3rd one will be calculated:
L1 - Standard EIA Decade Values of inductors - decade 1 to 10 mH
E6 | E12 | E24 |
1.0 mH
1.5 mH
2.2 mH
3.3 mH
4.7 mH
6.8 mH
| 1.0 mH, 1.2 mH
1.5 mH, 1.8 mH
2.2 mH, 2.7 mH
3.3 mH, 3.9 mH
4.7 mH, 5.6 mH
6.8 mH, 8.2 mH
| 1.0 mH, 1.1 mH, 1.2 mH, 1.3 mH
1.5 mH, 1.6 mH, 1.8 mH, 2.0 mH
2.2 mH, 2.4 mH, 2.7 mH, 3.0 mH
3.3 mH, 3.6 mH, 3.9 mH, 4.3 mH
4.7 mH, 5.1 mH, 5.6 mH, 6.2 mH
6.8 mH, 7.5 mH, 8.2 mH, 9.1 mH
|
L1 - Other inductance decades:
1 - 10 nH,
10 - 100 nH,
100 - 1000 nH,
1 - 10 uH,
10 - 100 uH,
100 - 1000 uH,
1 - 10 mH,
10 - 100 mH,
100 - 1000 mH,
1 - 10 H,
10 - 100 H,
100 - 1000 H,
L2 - Standard EIA Decade Values of inductors - decade 1 to 10 mH
E6 | E12 | E24 |
1.0 mH
1.5 mH
2.2 mH
3.3 mH
4.7 mH
6.8 mH
| 1.0 mH, 1.2 mH
1.5 mH, 1.8 mH
2.2 mH, 2.7 mH
3.3 mH, 3.9 mH
4.7 mH, 5.6 mH
6.8 mH, 8.2 mH
| 1.0 mH, 1.1 mH, 1.2 mH, 1.3 mH
1.5 mH, 1.6 mH, 1.8 mH, 2.0 mH
2.2 mH, 2.4 mH, 2.7 mH, 3.0 mH
3.3 mH, 3.6 mH, 3.9 mH, 4.3 mH
4.7 mH, 5.1 mH, 5.6 mH, 6.2 mH
6.8 mH, 7.5 mH, 8.2 mH, 9.1 mH
|
L2 - Other inductance decades:
1 - 10 nH,
10 - 100 nH,
100 - 1000 nH,
1 - 10 uH,
10 - 100 uH,
100 - 1000 uH,
1 - 10 mH,
10 - 100 mH,
100 - 1000 mH,
1 - 10 H,
10 - 100 H,
100 - 1000 H,
Parallel inductors rule says:
•Connecting a 1.5mH (one point five millihenrys) inductor and a 3mH (three millihenrys) inductor in parallel creates a 1mH (one millihenry) inductance.
•A 1.5mH (one point five millihenrys) inductor inductance can be reduced to 1mH (one millihenry) by connecting a 3mH (three millihenrys) inductor in parallel.
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.