Probes

• TEKTRONIX
    Oscilloscopi
    Accessori per oscilloscopi
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• TTi Thurlby Thandar
    Electrical Power Supplies & Converters
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• Goodwill GW Instek
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• Weinschel Associates
    Fixed Coaxial Attenuators
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• Electro-Metrics
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• Solar Electronics
    Antennas
    Application Information
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    Essential Appartus Charts
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    Probes
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Probes

6541-1 Induction Probe, 1.25" I.D. for LEM spec

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7512-1 Spike Induction Probe |

Euro 0,00

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7541-1 Spike Injection Probe |

Euro 0,00

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8022-1 Current Probe for CS09

Euro 0,00

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8614-1 FCC "Line Probe" (Capacity Coupler)

Euro 0,00

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The F.C.C. in Part 15 Subpart J
has adopted the 50 microhenry Line Impedance Stabilization Network (LISN) described in Figure 15 of the German Document VDE 0876/1/9.78 for use in performing conducted emission tests on power lines (10 KHz-30 MHz). (Five microhenry units are required for F.C.C. Part 18. See listing on back side of "LINE IMPEDANCE STABILIZATION NETWORKS" data sheet.) In selecting the appropriate LISN, the impedance-versus-frequency characteristic is the most important parameter to be considered. The impedance curve of the units closely matches the F.C.C. requirements.

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9335-2 Impedance Matching Injection Probe

Euro 0,00

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The unique winding arrangement of this impedance matching probe* provides step-up or stepdown ratios with respect to either: 1) the source impedance of the connected generator, when used for injection, or 2) the load impedance of the connected receiver, when used for reception. This results in maximum power transfer into or out of the transformer winding formed by the cable bundle passing through the window

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RFI/EMI Current Probes and Injection Probes

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Direct connection to the conductor carrying EMI current is not necessary, since the probe may be opened for insertion of the conductor into the window of the toroid and then closed again to form a toroidal transformer with the conductor acting as a one-
turn primary. A correction factor graph is provided to convert measured microvolts to EMI microamperes. When the EMI current is measured in dB above one microvolt as indicated on a conventional EMI meter, the correction factor will convert the measurement to dB above one

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