Perfect for locating interference sources which might have been found e.g. in an EN55011, EN55022
or EN50371 (Class A or Class B) survey. After implementing appropriate changes in the circuit, their efficiency can easily and reliably be verified. That way, expensive and timeconsuming re-assessments in an EMC laboratory can be skipped. Verification of official EMC limits: For example, should an interference source exceed an official EMC limit by 10 dB, our probe set can easily verify if a certain countermeasure succeeds in making the circuitry conforming again. This is another situation where the probe sets can eliminate the need for expensive and time-consuming measurements in EMC laboratories. Very useful is the integrated (1/4”) tripod connector which allows to mount the probes on each tripod. The RF Probe Set can be connected to any Spectrum Analyzer or Oscilloscope. For units with N-connector we offer a SMA-to-N Adapter (optional).

Perfect for locating interference sources which might have been found e.g. in an EN55011, EN55022
or EN50371 (Class A or Class B) survey. After implementing appropriate changes in the circuit, their efficiency can easily and reliably be verified. That way, expensive and timeconsuming re-assessments in an EMC laboratory can be skipped. Verification of official EMC limits: For example, should an interference source exceed an official EMC limit by 10 dB, our probe set can easily verify if a certain countermeasure succeeds in making the circuitry conforming again. This is another situation where the probe sets can eliminate the need for expensive and time-consuming measurements in EMC laboratories. Very useful is the integrated (1/4”) tripod connector which allows to mount the probes on each tripod. The RF Probe Set can be connected to any Spectrum Analyzer or Oscilloscope. For units with N-connector we offer a SMA-to-N Adapter (optional).