Probes
AC Probe-Axial 60 MV
Precision AC Magnetic Field Probe with Axial Sensitivity
Ideal for engineers, technicians, and researchers performing electromagnetic field (EMF) assessments.
Engineered for accuracy and ease of use, the AC Probe - Axial 60 MV is a high-precision field evaluator probe designed for direct measurement of AC magnetic fields in axial orientation.
What is AC Probe – Axial 60 MV?
It enables accurate measurement of AC magnetic field intensity and attenuation ratios when used with a digital voltmeter (DVM) or oscilloscope. Each probe is individually calibrated, ensuring precision, and is labeled with its unique calibration number. Optimized for 10 Hz to 3000 Hz, this probe measures fields in the axial direction, delivering 60 millivolts peak per Gauss at 60 Hz. A BNC connector is included for plug-and-play compatibility. Whether you are mapping electromagnetic environments or validating magnetic shielding, this axial probe delivers the accuracy and performance you need.
Benefits
How It Works
1
Connect the probe to a DVM or oscilloscope using the BNC connector.
2
Align the probe axially with the magnetic field source.
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Observe the voltage output, which is proportional to the magnetic field.
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Apply the known sensitivity (60 mV/Gauss) for accurate field strength calculation.
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Ideal for use in magnetic mapping, field diagnostics, or shielding effectiveness verification.
Key Features
1
Axial field orientation
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60 mV peak per Gauss at 60 Hz sensitivity
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Wide frequency response: 10 Hz to 3000 Hz
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Includes BNC output connector for seamless integration
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Individually calibrated with serial number label
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No probe amplifier required – direct measurement
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Compatible with DVMs and oscilloscopes
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Compact, rugged, and ideal for field or lab environments
Applications
1
AC Field Measurement
Measures the intensity of alternating magnetic fields in axial direction
2
Shielding Verification
Evaluates the effectiveness of magnetic shielding by determining attenuation ratios.
3
EMR Field Evaluation
Assesses electromagnetic radiation (EMR) levels in different environments/
4
Power System Analysis
Analyzes magnetic fields generated by power systems, transformers, and motors.
5
Calibration & Testing
Used in R&D laboratories, compliance testing, and industrial diagnostics.
6
Instrument Integration
Connects with oscilloscopes and voltmeters for detailed waveform analysis.
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