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How to Convert from Gilbert [Gi] to Milliampere turn [mAt]
Learn how to accurately convert magnetomotive force measurements from gilbert (Gi) to milliampere-turn (mAt) for engineering and magnetic circuit analysis.
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Gilbert [Gi] to Milliampere turn [mAt] Conversion Table
| Gilbert [Gi] | Milliampere turn [mAt] |
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Custom Unit Conversion Table Generator – Instant Printable Conversion Tables
| Gilbert [Gi] | Milliampere turn [mAt] |
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What Is This Tool?
This converter helps translate magnetomotive force values from the legacy unit gilbert (Gi), used in older CGS electromagnetic contexts, into milliampere-turn (mAt), which aligns with SI-based magnetic circuit measurements. It facilitates modern analysis by converting historical or engineering MMF data.
How to Use This Tool?
- Enter the magnetomotive force value in gilbert (Gi).
- Select gilbert as the input unit and milliampere-turn as the output unit.
- Click the convert button to get the equivalent value in milliampere-turn (mAt).
- Use the provided results to assist in magnetic circuit design or analysis.
Key Features
- Converts magnetomotive force from gilbert (Gi) to milliampere-turn (mAt).
- Provides unit definitions and contextual use cases for each measurement.
- Includes practical example conversions with clear formulas.
- Supports electromagnetic engineering and legacy measurement translation.
- Browser-based and easy to use without requiring additional software.
Examples
- 2 Gilbert equals approximately 1591.55 milliampere-turn.
- 0.5 Gilbert equals approximately 397.89 milliampere-turn.
Common Use Cases
- Converting historical CGS-based magnetomotive force data for modern electromagnetic analysis.
- Designing coils and magnetic circuits using SI-compatible units.
- Specifying excitation requirements for electromagnets and solenoid coils in sensors and actuators.
- Determining coil drive parameters for low-current devices such as relays and magnetic heads.
Tips & Best Practices
- Verify unit selections before converting to ensure accurate interpretation.
- Use this conversion when working with legacy or historical magnetomotive force values.
- Consider physical coil parameters alongside MMF values for complete magnetic design.
- Keep in mind that gilbert is a CGS legacy unit; conversion to SI units is essential for modern applications.
Limitations
- Conversion accuracy depends on the constants chosen and rounding applied.
- Gilbert is a legacy unit not natively compatible with strict SI systems without conversion.
- Magnetic coil design requires factors beyond just MMF values, which this tool does not account for.
Frequently Asked Questions
- What is a gilbert (Gi)?
- A gilbert is a CGS-EMU unit of magnetomotive force named after William Gilbert, representing the magnetic potential generated by current in a coil.
- Why convert from gilbert to milliampere-turn?
- Conversion enables use of legacy CGS-based MMF data within modern SI-based magnetic circuit design and electromagnetic engineering tools.
- Can this tool be used for designing electronic coils?
- Yes, it supports designing coils and magnetic circuits by translating MMF values into units suitable for modern electromagnet and sensor design.
Key Terminology
- Gilbert (Gi)
- A CGS-EMU magnetomotive force unit representing magnetic potential from coil currents, defined as 10/(4π) ampere-turns.
- Milliampere-turn (mAt)
- An SI-derived unit of magnetomotive force equal to one milliampere of current times one coil turn.
- Magnetomotive Force (MMF)
- The magnetic equivalent of electromotive force, driving magnetic flux through a circuit.