Detectus EMC Scanner
With the Detectus EMC Scanner you have a measuring system with which you can measure the intensity and the location of a radiation source at a component level. The results of such a measurement can be shown as two or three dimensional colored maps.

Visual Noice Detection
The EMC scanner measures the emission from components, cables, PCB's and products. The system consists of an X-Y-Z robot, a spectrum analyzer with near field probes, a GPIB card for communicating with the spectrum analyzer and a personal computer with a software. During measurement the near field probe is moved by the robot to predetermined measuring points above the test object. At each measuring point the location of the probe and the value of the emission intensity is stored in the computer. After the measurement the results can be documented in different types of reports.

Why the EMC-Scanner?

• You save time and money by reducing your need for expensive and time consuming full scale measurements.
• You can see the emission at components level.
• Early in the design phase you can detect potential emission problems.
• You can make comparative measurements to document the effect of a change in design. (Useful when there is a need to archive design changes.)
• You can maintain a high quality in the production line by measuring samples and comparing them to a reference.
• You do not have to know what frequencies you are looking for thanks to the Prescan function.
• You can use your own instruments
• You can easily document (ISO900x) the emission spectra of your products in both design and production phase.

It's Useful For...

• Design
  During the design phase the EMC scanner can detect potential emission problems before they become integrated in to the product and expensive to correct. If a product has failed a test at a Competent body the EMC scanner is useful for finding the exact location of a radiation source.
• Q.A. tool
  The EMC scanner can help you maintain a high quality in the production line. You can make measurements on samples from the production line and automatically compare them with a reference. That way you can make sure that for example a change of supplier for a component doesn't affect the emission spectra in a negative way.

Detectus Heat Scanner
The Heat scanner is a high-resolution measuring system for anyone wishing to measure temperature accurately and inexpensively. The measurements are presented graphically as either two or three-dimensional images.

Why Heat Scanner?

• You increase your products life time by optimizing design taking consideration to temperature.
• You see the heat spreads out at detail level.
• You can detect heat problems early in the design stage through continual measurements.
• You can make comparative measurements quickly and easily.
• You increase quality by comparing products under production through measurement of a properly functioning master.

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