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Convert Milliampere turn (mAt) to Gilbert (Gi) - Magnetomotive Force Unit Converter
Easily convert magnetomotive force from milliampere turn (mAt) to gilbert (Gi) using this online unit converter designed for electromagnetic and magnetic circuit applications.
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Milliampere turn [mAt] to Gilbert [Gi] Conversion Table
| Milliampere turn [mAt] | Gilbert [Gi] |
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Custom Unit Conversion Table Generator – Instant Printable Conversion Tables
Enter the starting number (positive decimal or integer ≥ 0). Example: 0.1, 1, 5.
Enter the ending number (positive decimal or integer > Start Value). Example: 10, 50, 100.
Enter the step size (positive decimal > 0 and < End Value – Start Value). Example: 1.0, 2.5.
| Milliampere turn [mAt] | Gilbert [Gi] |
|---|
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- How to convert from gilbert [Gi] to milliampere turn [mAt]?
- How to convert from milliampere turn [mAt] to gilbert [Gi]?
What Is This Tool?
This converter transforms values of magnetomotive force from milliampere turn (mAt), a unit expressing current times coil turns in SI terms, to gilbert (Gi), the CGS-EMU unit used in magnetic circuit analysis. It assists in bridging modern SI units with historical CGS measurements.
How to Use This Tool?
- Enter the value in milliampere turn (mAt) you wish to convert.
- Select milliampere turn as the input unit and gilbert as the output unit.
- Click the convert button to see the magnetomotive force in gilberts.
- Use the output for magnetic circuit design or analysis involving legacy and SI data.
Key Features
- Converts magnetomotive force between milliampere turn and gilbert units accurately.
- Supports analysis and comparison of SI and CGS-EMU standard data.
- Provides quick calculations for magnetic circuit and electromagnetic engineering tasks.
- Includes examples to demonstrate common conversions.
- Browser-based and user-friendly interface.
Examples
- 10 milliampere turn (mAt) converts to 0.012566371 gilbert (Gi).
- 50 milliampere turn (mAt) converts to 0.062831855 gilbert (Gi).
Common Use Cases
- Expressing excitation levels of small electromagnets and solenoids in sensors and actuators.
- Designing magnetic circuits for inductors, transformers, and magnetic sensors using coil current and turns.
- Interpreting magnetomotive force values in legacy literature and older CGS-based standards.
- Converting historical coils drive measurements to SI units for modern electrical device analysis.
Tips & Best Practices
- Ensure correct unit selection matching the source and target measurement systems.
- Use this converter to compare legacy gilbert data with modern ampere-turn measurements for clarity.
- Understand that gilbert is an approximate CGS unit and to handle conversions carefully to avoid errors.
- Refer to provided examples to validate your conversion entries.
Limitations
- Gilbert is a non-SI unit from the CGS system and requires careful conversion to avoid unit confusion.
- Rounding in the approximate conversion value between gilberts and ampere-turns can affect precision.
- Not suitable for applications requiring extremely high numerical accuracy due to unit system differences.
Frequently Asked Questions
- What does milliampere turn represent in magnetic circuits?
- Milliampere turn is a unit of magnetomotive force equal to one milliampere of current multiplied by one coil turn, used to quantify the product of current and turns generating magnetic force.
- Why convert milliampere turn to gilbert units?
- Converting helps translate magnetomotive force values between modern SI units and the older CGS-EMU system for comparison and analysis of legacy data and standards.
- Is the gilbert unit part of the International System of Units (SI)?
- No, the gilbert is a CGS-EMU unit and not officially part of the SI system, so conversions are needed when working across unit standards.
Key Terminology
- Milliampere turn (mAt)
- A unit of magnetomotive force equal to one milliampere of current multiplied by one turn of a coil, representing the excitation in SI terms.
- Gilbert (Gi)
- The CGS-EMU unit of magnetomotive force defined as 10 divided by (4π) ampere-turns, used in legacy magnetic circuit analysis.
- Magnetomotive Force (MMF)
- A quantity representing the magnetic potential or driving force produced by electric current flowing in coil turns.