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101A
EMC Probe Set
Price: $325.00
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datasheet
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The
101A probe set contains one each of the 100A,B,C, and D probes.
The three loop probes are sensitive to magnetic fields. They
have different diameters, so that the user can select the optimal
probe for the frequency of interest. The 100D stub probe is
sensitive to electric fields, and offers the best spatial resolution
of all.
The probes use a push-on SMB connector rather than a screw-on connector; this helps prevents the attached cable from kinking when the probe is moved. |
EMC Probes |
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100A
EMC Probe
Price: $105.00
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datasheet
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The
100A is a small, handheld magnetic field probe ideal for locating
the sources of EMC emissions. Its integrated electrostatic shield
offers good common-mode rejection, and its fine spatial resolution
make it easy to track a source of emissions down to the offending
component.
The probe can be ordered with a serialized calibration certificate containing test data for that unit. Click here to see a sample calibration certificate. |
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100B
EMC Probe
Price: $105.00
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datasheet
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The
100B magnetic field probe has the smallest loop of any probe in
the series. It offers the best spatial resolution and high-frequency
response of the magnetic field probes, but has lower sensitivity
than the 100A or 100C.
The probe can be ordered with a serialized calibration certificate containing test data for that unit. Click here to see a sample cal certificate. |
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100C
EMC Probe
Price: $105.00
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datasheet
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The
100C magnetic field probe has the largest loop of any probe in the
series. It has the best sensitivity of the magnetic field
probes. Because the large size of the loop, its high-frequency
response and spatial resolution are not as good as the 100A and
100B.
The probe can be ordered with a serialized calibration certificate containing test data for that unit. Click here to see a sample calibration certificate. |
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100D
EMC Probe
Price: $105.00
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datasheet
|
The
100D is an electric field probe, unlike the 100A/B/C. It has
the best spatial resolution of all the probes. However, because
it is an electric field probe, it does not offer the common mode
rejection that the magnetic field probes have. |