Wire Over Plane Inductance Calculator

Inputs

Wire Diameter

mil cm mm um inch

Height Above Plane

mil cm mm um inch

Length of Wire

mil cm mm um inch

Relative Permeability

Outputs

Inductance:

H

This tool is designed to help you calculate the inductance of a wire placed above a conducting plane, which is crucial for designing and analyzing high-frequency circuits.

Inputs:

To compute the inductance, please provide the following parameters:

1. Wire Diameter: Enter the diameter of the wire in inches (in). This is the thickness of the wire that affects the inductance.
2. Height Above Plane: Input the height of the wire above the plane in inches (in). This is the vertical distance between the wire and the conducting plane below it.
3. Length of Wire: Provide the total length of the wire in inches (in). This measures how long the wire is, which impacts the inductance value.
4. Relative Permeability: Enter the relative permeability of the wire material. This dimensionless value indicates the material’s ability to conduct magnetic flux compared to a vacuum.

Output:

• Inductance: The calculator will compute and display the inductance of your wire-over-plane setup in microhenries (µH). This value represents how effectively the wire stores energy in its magnetic field.

How It Works:

1. Enter Data: Fill in the required parameters: Wire Diameter, Height Above Plane, Length of Wire, and Relative Permeability.
2. Calculate: Click the “Calculate” button to obtain the inductance value.
3. View Results: The calculator will display the computed inductance based on your inputs.

Why Use This Calculator?

• Precision: Get accurate inductance values essential for high-frequency design and analysis.
• Design Insights: Optimize your wire-over-plane configurations for better performance.
• Efficiency: Quickly perform inductance calculations without manual computation.

Example Calculation:

For a wire with a Diameter of 0.1 inches, Height Above Plane of 0.5 inches, Length of Wire of 10.0 inches, and a Relative Permeability of 1.0, enter these values into the calculator to determine the inductance.

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Start using the Wire-Over-Plane Inductance Calculator now to streamline your design process and enhance your circuit performance!