Voltage Divider Law (Resistive Circuit) - Voltage divider equations:
For a circuit with two Inductor L1 and L2 in series connected to a voltage source Vin:
Total Inductance (Ltotal):
For Example, R1 = 2 µH, L2 = 3 µH, or Vin = 10V
Voltage Across L1 (V1):
For Example, L1 = 2 µH, L2 = 3 µH, or Vin = 10V
Voltage Across R2 (V2) NO Load:
For Example, L1 = 2 µH, L2 = 3 µH, or Vin = 10V
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What Is an Inductive Voltage Divider?
An inductive voltage divider is designed based on the concept of inductive reactance. When AC is passed through a series combination of inductors then the voltage is divided in proportion to inductive reactance of each inductor involved. This one is widely employed in high frequency circuits where RF circuits and signal conditioning is available.
Inductor Divider conversion application
- Basic Inductor Divider: Input Voltage, Inductor L1, L2 Output voltage Vout
- Output Results: Display calculated Vout Inductor Load with real Power Output.
Where:
Frequently Asked Questions - Inductor Calculator Conversion FAQs:
What is an inductive voltage divider?
It is a circuit of an AC voltage that is divided depending on the reactive inductance of 2 series inductors.
Can this calculator be used for DC circuits?
Inductors do not have reactance in the DC circuit so the calculator is intended only for the AC circuits.
How does frequency affect the voltage division?
The dependency of inductive reactance on the frequency determines the voltage ratio.
Can I calculate impedance with this tool?
This calculator is specifically for voltage divider calculators, but it uses reactance as part of the process.
How accurate are the results?
These are theoretical results based on input inductance and frequency values, where Laplace transformation is used.